There are 24 hours in a day (approximately). Thus a half life of 36 hours is equal to 36/24 = 1.5 days.
If ' L ' is the number of days in one half-life, then the number of half-lives in 32 days is (32 / L) .
One hour 15 minutes and 46 seconds if you're referring to the album. If you are referring to real life then its 27 years 4 months and 15 days.
Assuming that "half" refers to "half-life", 360/60 = 6 so fraction left = 1/26 = 1/64
The question, as posed cannot be answered because you have not stated the units for the half-life. Some things have half lives of millions of years while others have half-lives measured in micro-seconds. Fortunately, Wikipedia came to my rescue and the half-life is 1600 years (approx). The answer is approx 4.3 grams.
1/2 (50%) of them.
4 days
It has a mean lifetime of 2.2 microseconds, this is equivalent to a half-life of about 1.5 microseconds.It has a mean lifetime of 2.2 microseconds, this is equivalent to a half-life of about 1.5 microseconds.It has a mean lifetime of 2.2 microseconds, this is equivalent to a half-life of about 1.5 microseconds.It has a mean lifetime of 2.2 microseconds, this is equivalent to a half-life of about 1.5 microseconds.
If half-life is 2.7 days then 8.1 days is three half-lives. 12.5%, or 12.5g, of AU-198 would remain.
54 days is 2x27. After one cycle of a half life (27 days), one-half of the substance would be left. After a second cycle of a half life (27 more days, for a total of 54), one-half of one-half is left, or one-fourth.
six days
after two half life periods ( 100 days) it becomes 12.5 %.
Half life is the period of time after that the amount of a material is reduced by half.The isotope thorium-234 has a half life of 24,10(3) days.
Generally 1 hour or less.
The half-life of this element will be 2 days since it will lose half its mass in the first two days, so 100g to 50g, then half the resulting mass in the next two days (now totaling 4 days), so 50g to 25g in four days. So the half-life (in case the above was a bit rambling) is 2 days - at which point the element has lost half its original mass...which, of course, is what a half-life is :))
The half life of 222Rn, the naturally found isotope of radon, is 3.8235 days.
The half-life time of P-32 is 14.3 days.
8.1 days is, if half-life is 2.7 days, 3 half-lives. 12.5%, or 12.5 g, of 79198Au would remain after three half-lives.