Asked by Ann
Amount after time t A (t) = yobt
Where:
yo = starting amount
b = growth constant (percent remaining)
t = number of time units
It is well known that superman can withstand as much as 3 grams of Green Kryptonite indefinitely. However, exposure to more than 3 grams for more than 13 hours is fatal. Assume that Kryptonite decays at an hourly rate of 5.35%
If superman is trapped in a room with 6 grams of Kryptonite, will he survive? (Exposure to the deadly rays makes him too weak to escape)
Where:
yo = starting amount
b = growth constant (percent remaining)
t = number of time units
It is well known that superman can withstand as much as 3 grams of Green Kryptonite indefinitely. However, exposure to more than 3 grams for more than 13 hours is fatal. Assume that Kryptonite decays at an hourly rate of 5.35%
If superman is trapped in a room with 6 grams of Kryptonite, will he survive? (Exposure to the deadly rays makes him too weak to escape)