The half life of a radioactive isotope is the amount of time it takes for half of the isotopes to decay. However, you do not need to wait the whole half life to measure decay
I’m pretty sure:) hope this helps
Answer:14700
Explanation:
Solution
A = P(1 + r/100)n
Amount (A) =?
Principal (P) = $ 10,000
Number of years (n) = 5year
Rate yearly (r) = 8%
Substituting the values in to the formula
= $ 10,000(1 + 8/100)^5
First we solve the bracket
= $ 10,000(108/100)^5
= $ 10,000(27/25)^5
= $ 10,000(1.08)^5
= $ 10,000(1.47)
= $ 14,700
Amount at the end of 5 year is $ 14700
Compound Interest C.I= A-P
= $ 14700 - $ 10000
= $ 4700
53 degrees because you subtract the numbers to get Celsius
Wrap your specimen in the original wrapping and give it your instruct to dispose of
