Answer: i believe it would be option a.
Step-by-step explanation:
Answer: a. 
b. The population in 2032 will be 8292.
Step-by-step explanation:
Exponential growth equation:
, where a = initial value , r = growth rate, x = time period
Given: a = 5054 , r= 0.02
a. Required exponential growth function: 

b. For 2032, x= 25


The population in 2032 will be 8292.
i mean ig but 129.... ehh
This is a square matrix whose entries are real and rows and columns are orthogonal unit vectors.