The life expectancy of a star is a power function of its mass.The value of the power in this function is .If the mass is decreased by 14%, how is the life expectancy affected? Round your answer to two decimal places if necessary.
A) Life expectancy is increased by 72.07%
B) Life expectancy is decreased by 72.07%
C) Life expectancy is decreased by 45.8%.
D) Life expectancy is increased by 45.8%.

Question

The life expectancy of a star is a power function of its mass.The value of the power in this function is  .If the mass is decreased by 14%, how is the life expectancy affected? Round your answer to two decimal places if necessary. ​
A) Life expectancy is increased by 72.07% 
B) Life expectancy is decreased by 72.07% 
C) Life expectancy is decreased by 45.8%. 
D) Life expectancy is increased by 45.8%.

Quizplus · Accepted Answer

The Answer of The life expectancy of a star is a power function of its mass.The value of the power in this function is  .If the mass is decreased by 14%, how is the life expectancy affected? Round your answer to two decimal places if necessary. ​
A) Life expectancy is increased by 72.07% 
B) Life expectancy is decreased by 72.07% 
C) Life expectancy is decreased by 45.8%. 
D) Life expectancy is increased by 45.8%.

The Life Expectancy of a Star Is a Power Function