5 grams of 9K gold contains exactly 1.875 grams (0.0603 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $162.81 USD at $2,700/oz t.
5 grams of 10K gold contains exactly 2.083 grams (0.067 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $180.90 USD at $2,700/oz t.
5 grams of 14K gold contains exactly 2.917 grams (0.0938 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $253.26 USD at $2,700/oz t.
5 grams of 18K gold contains exactly 3.75 grams (0.1206 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $325.62 USD at $2,700/oz t.
5 grams of 21K gold contains exactly 4.375 grams (0.1407 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $379.89 USD at $2,700/oz t.
5 grams of 22K gold contains exactly 4.583 grams (0.1473 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $397.71 USD at $2,700/oz t.
5 grams of 24K gold contains exactly 5.0 grams (0.1608 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $434.16 USD at $2,700/oz t.
10 grams of 9K gold contains exactly 3.75 grams (0.1206 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $325.62 USD at $2,700/oz t.
10 grams of 10K gold contains exactly 4.167 grams (0.134 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $361.80 USD at $2,700/oz t.
10 grams of 14K gold contains exactly 5.833 grams (0.1875 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $506.25 USD at $2,700/oz t.
10 grams of 18K gold contains exactly 7.5 grams (0.2411 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $650.97 USD at $2,700/oz t.
10 grams of 21K gold contains exactly 8.75 grams (0.2813 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $759.51 USD at $2,700/oz t.
10 grams of 22K gold contains exactly 9.167 grams (0.2947 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $795.69 USD at $2,700/oz t.
10 grams of 24K gold contains exactly 9.999 grams (0.3215 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $868.05 USD at $2,700/oz t.
15 grams of 9K gold contains exactly 5.625 grams (0.1808 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $488.16 USD at $2,700/oz t.
15 grams of 10K gold contains exactly 6.25 grams (0.2009 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $542.43 USD at $2,700/oz t.
15 grams of 14K gold contains exactly 8.75 grams (0.2813 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $759.51 USD at $2,700/oz t.
15 grams of 18K gold contains exactly 11.25 grams (0.3617 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $976.59 USD at $2,700/oz t.
15 grams of 21K gold contains exactly 13.125 grams (0.422 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $1,139.40 USD at $2,700/oz t.
15 grams of 22K gold contains exactly 13.75 grams (0.4421 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $1,193.67 USD at $2,700/oz t.
15 grams of 24K gold contains exactly 14.998 grams (0.4822 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $1,301.94 USD at $2,700/oz t.
20 grams of 9K gold contains exactly 7.5 grams (0.2411 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $650.97 USD at $2,700/oz t.
20 grams of 10K gold contains exactly 8.333 grams (0.2679 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $723.33 USD at $2,700/oz t.
20 grams of 14K gold contains exactly 11.667 grams (0.3751 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $1,012.77 USD at $2,700/oz t.
20 grams of 18K gold contains exactly 15.0 grams (0.4823 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $1,302.21 USD at $2,700/oz t.
20 grams of 21K gold contains exactly 17.5 grams (0.5626 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $1,519.02 USD at $2,700/oz t.
20 grams of 22K gold contains exactly 18.333 grams (0.5894 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $1,591.38 USD at $2,700/oz t.
20 grams of 24K gold contains exactly 19.998 grams (0.643 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $1,736.10 USD at $2,700/oz t.
25 grams of 9K gold contains exactly 9.375 grams (0.3014 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $813.78 USD at $2,700/oz t.
25 grams of 10K gold contains exactly 10.417 grams (0.3349 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $904.23 USD at $2,700/oz t.
25 grams of 14K gold contains exactly 14.583 grams (0.4689 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $1,266.03 USD at $2,700/oz t.
25 grams of 18K gold contains exactly 18.75 grams (0.6028 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $1,627.56 USD at $2,700/oz t.
25 grams of 21K gold contains exactly 21.875 grams (0.7033 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $1,898.91 USD at $2,700/oz t.
25 grams of 22K gold contains exactly 22.917 grams (0.7368 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $1,989.36 USD at $2,700/oz t.
25 grams of 24K gold contains exactly 24.997 grams (0.8037 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $2,169.99 USD at $2,700/oz t.
31.1035 grams of 9K gold contains exactly 11.664 grams (0.375 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $1,012.50 USD at $2,700/oz t.
31.1035 grams of 10K gold contains exactly 12.96 grams (0.4167 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $1,125.09 USD at $2,700/oz t.
31.1035 grams of 14K gold contains exactly 18.144 grams (0.5833 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $1,574.91 USD at $2,700/oz t.
31.1035 grams of 18K gold contains exactly 23.328 grams (0.75 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $2,025.00 USD at $2,700/oz t.
31.1035 grams of 21K gold contains exactly 27.216 grams (0.875 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $2,362.50 USD at $2,700/oz t.
31.1035 grams of 22K gold contains exactly 28.512 grams (0.9167 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $2,475.09 USD at $2,700/oz t.
31.1035 grams of 24K gold contains exactly 31.1 grams (0.9999 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $2,699.73 USD at $2,700/oz t.
50 grams of 9K gold contains exactly 18.75 grams (0.6028 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $1,627.56 USD at $2,700/oz t.
50 grams of 10K gold contains exactly 20.833 grams (0.6698 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $1,808.46 USD at $2,700/oz t.
50 grams of 14K gold contains exactly 29.167 grams (0.9377 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $2,531.79 USD at $2,700/oz t.
50 grams of 18K gold contains exactly 37.5 grams (1.2057 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $3,255.39 USD at $2,700/oz t.
50 grams of 21K gold contains exactly 43.75 grams (1.4066 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $3,797.82 USD at $2,700/oz t.
50 grams of 22K gold contains exactly 45.833 grams (1.4736 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $3,978.72 USD at $2,700/oz t.
50 grams of 24K gold contains exactly 49.995 grams (1.6074 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $4,339.98 USD at $2,700/oz t.
75 grams of 9K gold contains exactly 28.125 grams (0.9042 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $2,441.34 USD at $2,700/oz t.
75 grams of 10K gold contains exactly 31.25 grams (1.0047 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $2,712.69 USD at $2,700/oz t.
75 grams of 14K gold contains exactly 43.75 grams (1.4066 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $3,797.82 USD at $2,700/oz t.
75 grams of 18K gold contains exactly 56.25 grams (1.8085 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $4,882.95 USD at $2,700/oz t.
75 grams of 21K gold contains exactly 65.625 grams (2.1099 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $5,696.73 USD at $2,700/oz t.
75 grams of 22K gold contains exactly 68.75 grams (2.2104 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $5,968.08 USD at $2,700/oz t.
75 grams of 24K gold contains exactly 74.993 grams (2.4111 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $6,509.97 USD at $2,700/oz t.
100 grams of 9K gold contains exactly 37.5 grams (1.2057 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $3,255.39 USD at $2,700/oz t.
100 grams of 10K gold contains exactly 41.667 grams (1.3396 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $3,616.92 USD at $2,700/oz t.
100 grams of 14K gold contains exactly 58.333 grams (1.8754 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $5,063.58 USD at $2,700/oz t.
100 grams of 18K gold contains exactly 75.0 grams (2.4113 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $6,510.51 USD at $2,700/oz t.
100 grams of 21K gold contains exactly 87.5 grams (2.8132 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $7,595.64 USD at $2,700/oz t.
100 grams of 22K gold contains exactly 91.667 grams (2.9472 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $7,957.44 USD at $2,700/oz t.
100 grams of 24K gold contains exactly 99.99 grams (3.2148 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $8,679.96 USD at $2,700/oz t.
150 grams of 9K gold contains exactly 56.25 grams (1.8085 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $4,882.95 USD at $2,700/oz t.
150 grams of 10K gold contains exactly 62.5 grams (2.0094 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $5,425.38 USD at $2,700/oz t.
150 grams of 14K gold contains exactly 87.5 grams (2.8132 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $7,595.64 USD at $2,700/oz t.
150 grams of 18K gold contains exactly 112.5 grams (3.617 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $9,765.90 USD at $2,700/oz t.
150 grams of 21K gold contains exactly 131.25 grams (4.2198 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $11,393.46 USD at $2,700/oz t.
150 grams of 22K gold contains exactly 137.5 grams (4.4207 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $11,935.89 USD at $2,700/oz t.
150 grams of 24K gold contains exactly 149.985 grams (4.8221 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $13,019.67 USD at $2,700/oz t.
200 grams of 9K gold contains exactly 75.0 grams (2.4113 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $6,510.51 USD at $2,700/oz t.
200 grams of 10K gold contains exactly 83.333 grams (2.6792 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $7,233.84 USD at $2,700/oz t.
200 grams of 14K gold contains exactly 116.667 grams (3.7509 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $10,127.43 USD at $2,700/oz t.
200 grams of 18K gold contains exactly 150.0 grams (4.8226 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $13,021.02 USD at $2,700/oz t.
200 grams of 21K gold contains exactly 175.0 grams (5.6264 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $15,191.28 USD at $2,700/oz t.
200 grams of 22K gold contains exactly 183.333 grams (5.8943 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $15,914.61 USD at $2,700/oz t.
200 grams of 24K gold contains exactly 199.98 grams (6.4295 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $17,359.65 USD at $2,700/oz t.
250 grams of 9K gold contains exactly 93.75 grams (3.0141 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $8,138.07 USD at $2,700/oz t.
250 grams of 10K gold contains exactly 104.167 grams (3.349 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $9,042.30 USD at $2,700/oz t.
250 grams of 14K gold contains exactly 145.833 grams (4.6886 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $12,659.22 USD at $2,700/oz t.
250 grams of 18K gold contains exactly 187.5 grams (6.0283 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $16,276.41 USD at $2,700/oz t.
250 grams of 21K gold contains exactly 218.75 grams (7.033 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $18,989.10 USD at $2,700/oz t.
250 grams of 22K gold contains exactly 229.167 grams (7.3679 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $19,893.33 USD at $2,700/oz t.
250 grams of 24K gold contains exactly 249.975 grams (8.0369 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $21,699.63 USD at $2,700/oz t.
500 grams of 9K gold contains exactly 187.5 grams (6.0283 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $16,276.41 USD at $2,700/oz t.
500 grams of 10K gold contains exactly 208.333 grams (6.6981 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $18,084.87 USD at $2,700/oz t.
500 grams of 14K gold contains exactly 291.667 grams (9.3773 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $25,318.71 USD at $2,700/oz t.
500 grams of 18K gold contains exactly 375.0 grams (12.0565 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $32,552.55 USD at $2,700/oz t.
500 grams of 21K gold contains exactly 437.5 grams (14.066 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $37,978.20 USD at $2,700/oz t.
500 grams of 22K gold contains exactly 458.333 grams (14.7357 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $39,786.39 USD at $2,700/oz t.
500 grams of 24K gold contains exactly 499.95 grams (16.0738 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $43,399.26 USD at $2,700/oz t.
1000 grams of 9K gold contains exactly 375.0 grams (12.0565 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $32,552.55 USD at $2,700/oz t.
1000 grams of 10K gold contains exactly 416.667 grams (13.3962 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $36,169.74 USD at $2,700/oz t.
1000 grams of 14K gold contains exactly 583.333 grams (18.7546 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $50,637.42 USD at $2,700/oz t.
1000 grams of 18K gold contains exactly 750.0 grams (24.1131 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $65,105.37 USD at $2,700/oz t.
1000 grams of 21K gold contains exactly 875.0 grams (28.1319 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $75,956.13 USD at $2,700/oz t.
1000 grams of 22K gold contains exactly 916.667 grams (29.4715 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $79,573.05 USD at $2,700/oz t.
1000 grams of 24K gold contains exactly 999.9 grams (32.1475 troy ounces) of pure fine gold, with an intrinsic scrap melt value of approximately $86,798.25 USD at $2,700/oz t.
A 14,400 BPH mechanical movement operates at exactly 2.0 Hz (2.0 cycles per second) and produces 4 escapement ticks per second, with an oscillation period of 250.0 ms.
A 18,000 BPH mechanical movement operates at exactly 2.5 Hz (2.5 cycles per second) and produces 5 escapement ticks per second, with an oscillation period of 200.0 ms.
A 19,800 BPH mechanical movement operates at exactly 2.75 Hz (2.75 cycles per second) and produces 5.5 escapement ticks per second, with an oscillation period of 181.82 ms.
A 21,600 BPH mechanical movement operates at exactly 3.0 Hz (3.0 cycles per second) and produces 6 escapement ticks per second, with an oscillation period of 166.67 ms.
A 25,200 BPH mechanical movement operates at exactly 3.5 Hz (3.5 cycles per second) and produces 7 escapement ticks per second, with an oscillation period of 142.86 ms.
A 28,800 BPH mechanical movement operates at exactly 4.0 Hz (4.0 cycles per second) and produces 8 escapement ticks per second, with an oscillation period of 125.0 ms.
A 36,000 BPH mechanical movement operates at exactly 5.0 Hz (5.0 cycles per second) and produces 10 escapement ticks per second, with an oscillation period of 100.0 ms.
A 43,200 BPH mechanical movement operates at exactly 6.0 Hz (6.0 cycles per second) and produces 12 escapement ticks per second, with an oscillation period of 83.33 ms.
Entering a lift angle of 52° on a movement with an actual lift angle of 50° distorts the apparent balance amplitude by +8.0° (a true 280° amplitude displays as 288.0°).
Entering a lift angle of 50° on a movement with an actual lift angle of 52° distorts the apparent balance amplitude by -7.5° (a true 270° amplitude displays as 262.5°).
Entering a lift angle of 50° on a movement with an actual lift angle of 53° distorts the apparent balance amplitude by -11.8° (a true 290° amplitude displays as 278.2°).
Entering a lift angle of 52° on a movement with an actual lift angle of 48° distorts the apparent balance amplitude by +15.7° (a true 260° amplitude displays as 275.7°).
Entering a lift angle of 50° on a movement with an actual lift angle of 54° distorts the apparent balance amplitude by -15.9° (a true 300° amplitude displays as 284.1°).
Entering a lift angle of 53° on a movement with an actual lift angle of 51° distorts the apparent balance amplitude by +7.6° (a true 275° amplitude displays as 282.6°).
Entering a lift angle of 52° on a movement with an actual lift angle of 49° distorts the apparent balance amplitude by +12.6° (a true 285° amplitude displays as 297.6°).
Entering a lift angle of 52° on a movement with an actual lift angle of 55° distorts the apparent balance amplitude by -11.8° (a true 310° amplitude displays as 298.2°).
A W8x18 steel beam across a 3.0 meter span under a 10.0 kN/m uniform distributed load deflects by 2.04 mm at mid-span, which PASSES the standard building code L/360 serviceability limit (8.33 mm).
A W8x18 steel beam across a 4.0 meter span under a 12.0 kN/m uniform distributed load deflects by 7.75 mm at mid-span, which PASSES the standard building code L/360 serviceability limit (11.11 mm).
A W8x18 steel beam across a 5.0 meter span under a 15.0 kN/m uniform distributed load deflects by 23.66 mm at mid-span, which EXCEEDS the standard building code L/360 serviceability limit (13.89 mm).
A W8x18 steel beam across a 6.0 meter span under a 20.0 kN/m uniform distributed load deflects by 65.41 mm at mid-span, which EXCEEDS the standard building code L/360 serviceability limit (16.67 mm).
A W8x18 steel beam across a 7.0 meter span under a 25.0 kN/m uniform distributed load deflects by 151.47 mm at mid-span, which EXCEEDS the standard building code L/360 serviceability limit (19.44 mm).
A W10x22 steel beam across a 3.0 meter span under a 10.0 kN/m uniform distributed load deflects by 1.07 mm at mid-span, which PASSES the standard building code L/360 serviceability limit (8.33 mm).
A W10x22 steel beam across a 4.0 meter span under a 12.0 kN/m uniform distributed load deflects by 4.07 mm at mid-span, which PASSES the standard building code L/360 serviceability limit (11.11 mm).
A W10x22 steel beam across a 5.0 meter span under a 15.0 kN/m uniform distributed load deflects by 12.43 mm at mid-span, which PASSES the standard building code L/360 serviceability limit (13.89 mm).
A W10x22 steel beam across a 6.0 meter span under a 20.0 kN/m uniform distributed load deflects by 34.37 mm at mid-span, which EXCEEDS the standard building code L/360 serviceability limit (16.67 mm).
A W10x22 steel beam across a 7.0 meter span under a 25.0 kN/m uniform distributed load deflects by 79.59 mm at mid-span, which EXCEEDS the standard building code L/360 serviceability limit (19.44 mm).
A W12x26 steel beam across a 3.0 meter span under a 10.0 kN/m uniform distributed load deflects by 0.62 mm at mid-span, which PASSES the standard building code L/360 serviceability limit (8.33 mm).
A W12x26 steel beam across a 4.0 meter span under a 12.0 kN/m uniform distributed load deflects by 2.36 mm at mid-span, which PASSES the standard building code L/360 serviceability limit (11.11 mm).
A W12x26 steel beam across a 5.0 meter span under a 15.0 kN/m uniform distributed load deflects by 7.19 mm at mid-span, which PASSES the standard building code L/360 serviceability limit (13.89 mm).
A W12x26 steel beam across a 6.0 meter span under a 20.0 kN/m uniform distributed load deflects by 19.88 mm at mid-span, which EXCEEDS the standard building code L/360 serviceability limit (16.67 mm).
A W12x26 steel beam across a 7.0 meter span under a 25.0 kN/m uniform distributed load deflects by 46.03 mm at mid-span, which EXCEEDS the standard building code L/360 serviceability limit (19.44 mm).
A W14x30 steel beam across a 3.0 meter span under a 10.0 kN/m uniform distributed load deflects by 0.44 mm at mid-span, which PASSES the standard building code L/360 serviceability limit (8.33 mm).
A W14x30 steel beam across a 4.0 meter span under a 12.0 kN/m uniform distributed load deflects by 1.65 mm at mid-span, which PASSES the standard building code L/360 serviceability limit (11.11 mm).
A W14x30 steel beam across a 5.0 meter span under a 15.0 kN/m uniform distributed load deflects by 5.04 mm at mid-span, which PASSES the standard building code L/360 serviceability limit (13.89 mm).
A W14x30 steel beam across a 6.0 meter span under a 20.0 kN/m uniform distributed load deflects by 13.95 mm at mid-span, which PASSES the standard building code L/360 serviceability limit (16.67 mm).
A W14x30 steel beam across a 7.0 meter span under a 25.0 kN/m uniform distributed load deflects by 32.3 mm at mid-span, which EXCEEDS the standard building code L/360 serviceability limit (19.44 mm).
A W16x36 steel beam across a 3.0 meter span under a 10.0 kN/m uniform distributed load deflects by 0.28 mm at mid-span, which PASSES the standard building code L/360 serviceability limit (8.33 mm).
A W16x36 steel beam across a 4.0 meter span under a 12.0 kN/m uniform distributed load deflects by 1.08 mm at mid-span, which PASSES the standard building code L/360 serviceability limit (11.11 mm).
A W16x36 steel beam across a 5.0 meter span under a 15.0 kN/m uniform distributed load deflects by 3.28 mm at mid-span, which PASSES the standard building code L/360 serviceability limit (13.89 mm).
A W16x36 steel beam across a 6.0 meter span under a 20.0 kN/m uniform distributed load deflects by 9.07 mm at mid-span, which PASSES the standard building code L/360 serviceability limit (16.67 mm).
A W16x36 steel beam across a 7.0 meter span under a 25.0 kN/m uniform distributed load deflects by 21.01 mm at mid-span, which EXCEEDS the standard building code L/360 serviceability limit (19.44 mm).
A W18x40 steel beam across a 3.0 meter span under a 10.0 kN/m uniform distributed load deflects by 0.21 mm at mid-span, which PASSES the standard building code L/360 serviceability limit (8.33 mm).
A W18x40 steel beam across a 4.0 meter span under a 12.0 kN/m uniform distributed load deflects by 0.78 mm at mid-span, which PASSES the standard building code L/360 serviceability limit (11.11 mm).
A W18x40 steel beam across a 5.0 meter span under a 15.0 kN/m uniform distributed load deflects by 2.39 mm at mid-span, which PASSES the standard building code L/360 serviceability limit (13.89 mm).
A W18x40 steel beam across a 6.0 meter span under a 20.0 kN/m uniform distributed load deflects by 6.62 mm at mid-span, which PASSES the standard building code L/360 serviceability limit (16.67 mm).
A W18x40 steel beam across a 7.0 meter span under a 25.0 kN/m uniform distributed load deflects by 15.33 mm at mid-span, which PASSES the standard building code L/360 serviceability limit (19.44 mm).
A W21x44 steel beam across a 3.0 meter span under a 10.0 kN/m uniform distributed load deflects by 0.15 mm at mid-span, which PASSES the standard building code L/360 serviceability limit (8.33 mm).
A W21x44 steel beam across a 4.0 meter span under a 12.0 kN/m uniform distributed load deflects by 0.57 mm at mid-span, which PASSES the standard building code L/360 serviceability limit (11.11 mm).
A W21x44 steel beam across a 5.0 meter span under a 15.0 kN/m uniform distributed load deflects by 1.74 mm at mid-span, which PASSES the standard building code L/360 serviceability limit (13.89 mm).
A W21x44 steel beam across a 6.0 meter span under a 20.0 kN/m uniform distributed load deflects by 4.81 mm at mid-span, which PASSES the standard building code L/360 serviceability limit (16.67 mm).
A W21x44 steel beam across a 7.0 meter span under a 25.0 kN/m uniform distributed load deflects by 11.13 mm at mid-span, which PASSES the standard building code L/360 serviceability limit (19.44 mm).
A W24x55 steel beam across a 3.0 meter span under a 10.0 kN/m uniform distributed load deflects by 0.09 mm at mid-span, which PASSES the standard building code L/360 serviceability limit (8.33 mm).
A W24x55 steel beam across a 4.0 meter span under a 12.0 kN/m uniform distributed load deflects by 0.36 mm at mid-span, which PASSES the standard building code L/360 serviceability limit (11.11 mm).
A W24x55 steel beam across a 5.0 meter span under a 15.0 kN/m uniform distributed load deflects by 1.09 mm at mid-span, which PASSES the standard building code L/360 serviceability limit (13.89 mm).
A W24x55 steel beam across a 6.0 meter span under a 20.0 kN/m uniform distributed load deflects by 3.0 mm at mid-span, which PASSES the standard building code L/360 serviceability limit (16.67 mm).
A W24x55 steel beam across a 7.0 meter span under a 25.0 kN/m uniform distributed load deflects by 6.95 mm at mid-span, which PASSES the standard building code L/360 serviceability limit (19.44 mm).
A specimen containing 90% remaining Carbon-14 (¹⁴C) has an age of exactly 871 years (representing 0.15 half-lives elapsed since closure).
A specimen containing 75% remaining Carbon-14 (¹⁴C) has an age of exactly 2,378 years (representing 0.42 half-lives elapsed since closure).
A specimen containing 60% remaining Carbon-14 (¹⁴C) has an age of exactly 4,222 years (representing 0.74 half-lives elapsed since closure).
A specimen containing 50% remaining Carbon-14 (¹⁴C) has an age of exactly 5,730 years (representing 1.0 half-lives elapsed since closure).
A specimen containing 40% remaining Carbon-14 (¹⁴C) has an age of exactly 7,574 years (representing 1.32 half-lives elapsed since closure).
A specimen containing 30% remaining Carbon-14 (¹⁴C) has an age of exactly 9,952 years (representing 1.74 half-lives elapsed since closure).
A specimen containing 25% remaining Carbon-14 (¹⁴C) has an age of exactly 11,460 years (representing 2.0 half-lives elapsed since closure).
A specimen containing 20% remaining Carbon-14 (¹⁴C) has an age of exactly 13,304 years (representing 2.32 half-lives elapsed since closure).
A specimen containing 12.5% remaining Carbon-14 (¹⁴C) has an age of exactly 17,190 years (representing 3.0 half-lives elapsed since closure).
A specimen containing 10% remaining Carbon-14 (¹⁴C) has an age of exactly 19,034 years (representing 3.32 half-lives elapsed since closure).
A specimen containing 90% remaining Uranium-235 (²³⁵U) has an age of exactly 106.98 Ma (representing 0.15 half-lives elapsed since closure).
A specimen containing 75% remaining Uranium-235 (²³⁵U) has an age of exactly 292.1 Ma (representing 0.42 half-lives elapsed since closure).
A specimen containing 60% remaining Uranium-235 (²³⁵U) has an age of exactly 518.68 Ma (representing 0.74 half-lives elapsed since closure).
A specimen containing 50% remaining Uranium-235 (²³⁵U) has an age of exactly 703.8 Ma (representing 1.0 half-lives elapsed since closure).
A specimen containing 40% remaining Uranium-235 (²³⁵U) has an age of exactly 930.37 Ma (representing 1.32 half-lives elapsed since closure).
A specimen containing 30% remaining Uranium-235 (²³⁵U) has an age of exactly 1.222 Ga (representing 1.74 half-lives elapsed since closure).
A specimen containing 25% remaining Uranium-235 (²³⁵U) has an age of exactly 1.408 Ga (representing 2.0 half-lives elapsed since closure).
A specimen containing 20% remaining Uranium-235 (²³⁵U) has an age of exactly 1.634 Ga (representing 2.32 half-lives elapsed since closure).
A specimen containing 12.5% remaining Uranium-235 (²³⁵U) has an age of exactly 2.111 Ga (representing 3.0 half-lives elapsed since closure).
A specimen containing 10% remaining Uranium-235 (²³⁵U) has an age of exactly 2.338 Ga (representing 3.32 half-lives elapsed since closure).
A specimen containing 90% remaining Potassium-40 (⁴⁰K) has an age of exactly 189.7 Ma (representing 0.15 half-lives elapsed since closure).
A specimen containing 75% remaining Potassium-40 (⁴⁰K) has an age of exactly 517.97 Ma (representing 0.42 half-lives elapsed since closure).
A specimen containing 60% remaining Potassium-40 (⁴⁰K) has an age of exactly 919.73 Ma (representing 0.74 half-lives elapsed since closure).
A specimen containing 50% remaining Potassium-40 (⁴⁰K) has an age of exactly 1.248 Ga (representing 1.0 half-lives elapsed since closure).
A specimen containing 40% remaining Potassium-40 (⁴⁰K) has an age of exactly 1.65 Ga (representing 1.32 half-lives elapsed since closure).
A specimen containing 30% remaining Potassium-40 (⁴⁰K) has an age of exactly 2.168 Ga (representing 1.74 half-lives elapsed since closure).
A specimen containing 25% remaining Potassium-40 (⁴⁰K) has an age of exactly 2.496 Ga (representing 2.0 half-lives elapsed since closure).
A specimen containing 20% remaining Potassium-40 (⁴⁰K) has an age of exactly 2.898 Ga (representing 2.32 half-lives elapsed since closure).
A specimen containing 12.5% remaining Potassium-40 (⁴⁰K) has an age of exactly 3.744 Ga (representing 3.0 half-lives elapsed since closure).
A specimen containing 10% remaining Potassium-40 (⁴⁰K) has an age of exactly 4.146 Ga (representing 3.32 half-lives elapsed since closure).
A specimen containing 90% remaining Rubidium-87 (⁸⁷Rb) has an age of exactly 7.418 Ga (representing 0.15 half-lives elapsed since closure).
A specimen containing 75% remaining Rubidium-87 (⁸⁷Rb) has an age of exactly 20.254 Ga (representing 0.42 half-lives elapsed since closure).
A specimen containing 60% remaining Rubidium-87 (⁸⁷Rb) has an age of exactly 35.964 Ga (representing 0.74 half-lives elapsed since closure).
A specimen containing 50% remaining Rubidium-87 (⁸⁷Rb) has an age of exactly 48.8 Ga (representing 1.0 half-lives elapsed since closure).
A specimen containing 40% remaining Rubidium-87 (⁸⁷Rb) has an age of exactly 64.51 Ga (representing 1.32 half-lives elapsed since closure).
A specimen containing 30% remaining Rubidium-87 (⁸⁷Rb) has an age of exactly 84.764 Ga (representing 1.74 half-lives elapsed since closure).
A specimen containing 25% remaining Rubidium-87 (⁸⁷Rb) has an age of exactly 97.6 Ga (representing 2.0 half-lives elapsed since closure).
A specimen containing 20% remaining Rubidium-87 (⁸⁷Rb) has an age of exactly 113.31 Ga (representing 2.32 half-lives elapsed since closure).
A specimen containing 12.5% remaining Rubidium-87 (⁸⁷Rb) has an age of exactly 146.4 Ga (representing 3.0 half-lives elapsed since closure).
A specimen containing 10% remaining Rubidium-87 (⁸⁷Rb) has an age of exactly 162.11 Ga (representing 3.32 half-lives elapsed since closure).
An object with a mass of 50 kg weighs 8.25 kg-force (81.0 Newtons) on the surface of The Moon, which is 16.5% of its weight on Earth.
An object with a mass of 60 kg weighs 9.9 kg-force (97.2 Newtons) on the surface of The Moon, which is 16.5% of its weight on Earth.
An object with a mass of 70 kg weighs 11.55 kg-force (113.4 Newtons) on the surface of The Moon, which is 16.5% of its weight on Earth.
An object with a mass of 80 kg weighs 13.2 kg-force (129.6 Newtons) on the surface of The Moon, which is 16.5% of its weight on Earth.
An object with a mass of 90 kg weighs 14.85 kg-force (145.8 Newtons) on the surface of The Moon, which is 16.5% of its weight on Earth.
An object with a mass of 100 kg weighs 16.5 kg-force (162.0 Newtons) on the surface of The Moon, which is 16.5% of its weight on Earth.
An object with a mass of 120 kg weighs 19.8 kg-force (194.4 Newtons) on the surface of The Moon, which is 16.5% of its weight on Earth.
An object with a mass of 50 kg weighs 18.95 kg-force (186.0 Newtons) on the surface of Mars, which is 37.9% of its weight on Earth.
An object with a mass of 60 kg weighs 22.74 kg-force (223.2 Newtons) on the surface of Mars, which is 37.9% of its weight on Earth.
An object with a mass of 70 kg weighs 26.53 kg-force (260.4 Newtons) on the surface of Mars, which is 37.9% of its weight on Earth.
An object with a mass of 80 kg weighs 30.32 kg-force (297.6 Newtons) on the surface of Mars, which is 37.9% of its weight on Earth.
An object with a mass of 90 kg weighs 34.11 kg-force (334.8 Newtons) on the surface of Mars, which is 37.9% of its weight on Earth.
An object with a mass of 100 kg weighs 37.9 kg-force (372.0 Newtons) on the surface of Mars, which is 37.9% of its weight on Earth.
An object with a mass of 120 kg weighs 45.48 kg-force (446.4 Newtons) on the surface of Mars, which is 37.9% of its weight on Earth.
An object with a mass of 50 kg weighs 45.2 kg-force (443.5 Newtons) on the surface of Venus, which is 90.4% of its weight on Earth.
An object with a mass of 60 kg weighs 54.24 kg-force (532.2 Newtons) on the surface of Venus, which is 90.4% of its weight on Earth.
An object with a mass of 70 kg weighs 63.28 kg-force (620.9 Newtons) on the surface of Venus, which is 90.4% of its weight on Earth.
An object with a mass of 80 kg weighs 72.32 kg-force (709.6 Newtons) on the surface of Venus, which is 90.4% of its weight on Earth.
An object with a mass of 90 kg weighs 81.36 kg-force (798.3 Newtons) on the surface of Venus, which is 90.4% of its weight on Earth.
An object with a mass of 100 kg weighs 90.4 kg-force (887.0 Newtons) on the surface of Venus, which is 90.4% of its weight on Earth.
An object with a mass of 120 kg weighs 108.48 kg-force (1064.4 Newtons) on the surface of Venus, which is 90.4% of its weight on Earth.
An object with a mass of 50 kg weighs 126.4 kg-force (1239.5 Newtons) on the surface of Jupiter, which is 252.8% of its weight on Earth.
An object with a mass of 60 kg weighs 151.68 kg-force (1487.4 Newtons) on the surface of Jupiter, which is 252.8% of its weight on Earth.
An object with a mass of 70 kg weighs 176.96 kg-force (1735.3 Newtons) on the surface of Jupiter, which is 252.8% of its weight on Earth.
An object with a mass of 80 kg weighs 202.24 kg-force (1983.2 Newtons) on the surface of Jupiter, which is 252.8% of its weight on Earth.
An object with a mass of 90 kg weighs 227.52 kg-force (2231.1 Newtons) on the surface of Jupiter, which is 252.8% of its weight on Earth.
An object with a mass of 100 kg weighs 252.8 kg-force (2479.0 Newtons) on the surface of Jupiter, which is 252.8% of its weight on Earth.
An object with a mass of 120 kg weighs 303.36 kg-force (2974.8 Newtons) on the surface of Jupiter, which is 252.8% of its weight on Earth.
An object with a mass of 50 kg weighs 53.25 kg-force (522.0 Newtons) on the surface of Saturn, which is 106.5% of its weight on Earth.
An object with a mass of 60 kg weighs 63.9 kg-force (626.4 Newtons) on the surface of Saturn, which is 106.5% of its weight on Earth.
An object with a mass of 70 kg weighs 74.55 kg-force (730.8 Newtons) on the surface of Saturn, which is 106.5% of its weight on Earth.
An object with a mass of 80 kg weighs 85.2 kg-force (835.2 Newtons) on the surface of Saturn, which is 106.5% of its weight on Earth.
An object with a mass of 90 kg weighs 95.85 kg-force (939.6 Newtons) on the surface of Saturn, which is 106.5% of its weight on Earth.
An object with a mass of 100 kg weighs 106.5 kg-force (1044.0 Newtons) on the surface of Saturn, which is 106.5% of its weight on Earth.
An object with a mass of 120 kg weighs 127.8 kg-force (1252.8 Newtons) on the surface of Saturn, which is 106.5% of its weight on Earth.
An object with a mass of 50 kg weighs 6.9 kg-force (67.5 Newtons) on the surface of Titan (Saturn Moon), which is 13.8% of its weight on Earth.
An object with a mass of 60 kg weighs 8.28 kg-force (81.0 Newtons) on the surface of Titan (Saturn Moon), which is 13.8% of its weight on Earth.
An object with a mass of 70 kg weighs 9.66 kg-force (94.5 Newtons) on the surface of Titan (Saturn Moon), which is 13.8% of its weight on Earth.
An object with a mass of 80 kg weighs 11.04 kg-force (108.0 Newtons) on the surface of Titan (Saturn Moon), which is 13.8% of its weight on Earth.
An object with a mass of 90 kg weighs 12.42 kg-force (121.5 Newtons) on the surface of Titan (Saturn Moon), which is 13.8% of its weight on Earth.
An object with a mass of 100 kg weighs 13.8 kg-force (135.0 Newtons) on the surface of Titan (Saturn Moon), which is 13.8% of its weight on Earth.
An object with a mass of 120 kg weighs 16.56 kg-force (162.0 Newtons) on the surface of Titan (Saturn Moon), which is 13.8% of its weight on Earth.
An object with a mass of 50 kg weighs 6.7 kg-force (65.5 Newtons) on the surface of Europa (Jupiter Moon), which is 13.4% of its weight on Earth.
An object with a mass of 60 kg weighs 8.04 kg-force (78.6 Newtons) on the surface of Europa (Jupiter Moon), which is 13.4% of its weight on Earth.
An object with a mass of 70 kg weighs 9.38 kg-force (91.7 Newtons) on the surface of Europa (Jupiter Moon), which is 13.4% of its weight on Earth.
An object with a mass of 80 kg weighs 10.72 kg-force (104.8 Newtons) on the surface of Europa (Jupiter Moon), which is 13.4% of its weight on Earth.
An object with a mass of 90 kg weighs 12.06 kg-force (117.9 Newtons) on the surface of Europa (Jupiter Moon), which is 13.4% of its weight on Earth.
An object with a mass of 100 kg weighs 13.4 kg-force (131.0 Newtons) on the surface of Europa (Jupiter Moon), which is 13.4% of its weight on Earth.
An object with a mass of 120 kg weighs 16.08 kg-force (157.2 Newtons) on the surface of Europa (Jupiter Moon), which is 13.4% of its weight on Earth.
An object with a mass of 50 kg weighs 3.15 kg-force (31.0 Newtons) on the surface of Pluto, which is 6.3% of its weight on Earth.
An object with a mass of 60 kg weighs 3.78 kg-force (37.2 Newtons) on the surface of Pluto, which is 6.3% of its weight on Earth.
An object with a mass of 70 kg weighs 4.41 kg-force (43.4 Newtons) on the surface of Pluto, which is 6.3% of its weight on Earth.
An object with a mass of 80 kg weighs 5.04 kg-force (49.6 Newtons) on the surface of Pluto, which is 6.3% of its weight on Earth.
An object with a mass of 90 kg weighs 5.67 kg-force (55.8 Newtons) on the surface of Pluto, which is 6.3% of its weight on Earth.
An object with a mass of 100 kg weighs 6.3 kg-force (62.0 Newtons) on the surface of Pluto, which is 6.3% of its weight on Earth.
An object with a mass of 120 kg weighs 7.56 kg-force (74.4 Newtons) on the surface of Pluto, which is 6.3% of its weight on Earth.