Animals and people that take in more energy than they expend will get fatter. Here are data on 12 rhesus monkeys: 6 lean monkeys (4% to 9% body fat) and 6 obese monkeys (13% to 14% body fat). The data report the energy expended in 24 hours (kilojoules per minute) and the lean body mass (kilograms, leaving out fat) for each monkey.
Lean Obese
Body Mass Energy Body Mass Energy
6 1.13 8 0.96
7.5 1.07 9.1 1.43
9.2 1.47 10.3 1.11
9.7 1.68 12 1.4
9.1 1.08 11.9 1.27
9.1 1.18 11.2 1.37
(a) What is the mean lean body mass of the lean monkeys?
(b) What is the mean lean body mass of the obese monkeys?

mean lean body mass of the lean monkeys = 8.4kg

mean lean body mass of the obese monkeys = 10.4kg

Step-by-step explanation:

a) Mean = Sum of Body mass/number of body mass

For lean monkeys, mean = (6+7.5+9.2+9.7+9.1+9.1)/6

Mean = 50.6/6

Mean = 8.4

b)

for obese monkeys, mean = (8+9.1+10.3+12+11.9+11.2)/6

Mean = 62.5/6

Mean = 10.4

the slope of the first function is -3. (3/1)

the slope of the second function is 1. (13-10/6-3).

since |-3| is greater than |1|, the function with the steepest slope is the first.

arithmetic sequence: a sequnce in which the diffrence between any two consecutive terms is the same

step-by-step explanation: