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The answer depends on 3240 WHAT: seconds, days, years?
5 days 4 hours - 2 days 11 hours = 2 days 17 hours
17 days and 17 hours minus 8 days and 7 hours equals 9 days and 10 hours.
6 days 15 hours minus 3 days 20 hours equal 2 days 19 hours.
There are 24 hours in a day so 10 days is 240 hours. 243 hours is 10 days and 3 hours.
The answer depends on 3240 WHAT: seconds, days, years?
The mass is 1,075 g.
The mass is 1,075 g.
Thorium-234 has a half-life of 24.1 days. After 48.2 days, half of the sample will remain unchanged. Therefore, 50% of the original 100 g sample, which is 50 g, will be unchanged after 48.2 days.
After 48.2 days (two half-lives), one-fourth (25%) of the original thorium-234 sample will remain unchanged. Therefore, 25 g of the 100-g sample will be unchanged after 48.2 days.
The half-life of thorium-234 is about 24 days. Therefore, it would take approximately 96 days for one-sixteenth of the original 54.2 g sample of thorium-234 to remain.
you will be high for a few hours, not days. if you are a regular user, THC will remain in your body for about 30 days, because it is stored in fat cells.
At 8.1 days, 400 atoms of Au198 would remain in the sample. This is because after 8.1 days, two half-lives of Au198 have passed, reducing the initial 800 atoms to 400.
Talk time, 6 hours. standby time, 6 days. If talk time for 3 hours, standby would be about 3 days. Or if standby for 5 days, only about 1 hours of talk time would remain.
reference table N: Half Life of Rn-222 is 3.823d = 8/3.823 = # of Half lives = 2.09 (roughly 2) 20g-> 40g-> 80g doesn't say anything about decay so assume to increase since how much will remain in 8days Ans: 80g
it all really depends on your body. for me it took eight days. I had to do court ordered drug tests
After 76 seconds, half of the radium-222 would have decayed (its half-life is about 3.8 days). Therefore, the quantity of radium-222 remaining in the 12-gram sample would be 6 grams.