The population of wild horses on a wildlife refuge decreased from 110 to 99 in a year. if this trend were to continue, what exponential equation could be used to predict the horse population in the future? y = 110(1.1)^x y = 99(0.9)^x y = 99(1.1)^x y = 110(0.9)^x,

The exponential equation for this situation is y = 110(0.9) ^x. This is because 110 is the principal or the initial number of horses and y is the resultant population after a certain number of years X with a rate of 0.9.  Note that the rate is less than 1 which means that the population is decreasing as time goes by.

answer:   n ≤ -3 or n < -5

step-by-step explanation:

-5 + 2n ≥ -11

+5             +5

2n ≥ -6

2/2 ≤ -6/2

n ≤ -3

-6 - 10n > 44

+6           +6

-10n > 50

-10/-10 50/-10

n < -5

p> q if you calculate p is100 q is 79