The population of a virus in a town after 2015 can be modeled by the expression I(1.0023)^t where t represents the number of years since 2015 and I represents the population of the virus in the year 2015. Which expression represents the monthly growth rate.
A. I(1.0023^12)^12t
B. I(1.0023^1/12)^12t
C. I(1.0023^1/12)^1/12t
D. I(1.0023^12)^1/12t

Simplify 5 square root of 7 end root plus 12 square root of 6 end root minus 10 square root of 7 end root minus 5 square root of 6 . (1 point) 5 square root of 14 end root minus 7 square root of 12 5 square root of 7 end root minus 7 square root of 6 7 square root of 12 end root minus 5 square root of 14 7 square root of 6 end root minus 5 square root of 7

Find the amount in a continuously compounded account for the given condition. principal: $1000, annual interest rate: 4.8%, time: 2 yr

How do i start to solve? would appreciate a walk-thru! a bird sitting 16ft above the ground in an apple tree dislodges an apple. after how many seconds does the apple land on the ground? (assuming that no branches will interfere with it's fall)