An anthropologist studies a woman's femur that was uncovered in madagascar. to estimate the woman's height, he uses the equation h=60+2.5fh=60+2.5fh, equals, 60, plus, 2, point, 5, f, where hhh represents height in centimeters and fff represents length of the femur in centimeters. which inequality best represents the lengths of the femur that would suggest the woman had a height greater than 160\,\text{cm}160cm160, space, c, m?

Given that the anthropologist uses the equation h = 60 + 2.5f, where h represents the height in centimeters and f represents the length of the femur in centimeters.

For the height of the woman to be greater than 160 cm, then

160 < 60 + 2.5f
160 - 60 < 60 + 2.5f - 60
100 < 2.5f
100 / 2.5 < 2.5f/2.5
40 < f

Therefore, the inequality that best represents the lengths of the femur that would suggest the woman had a height greater than 160 cm is f > 40.

Step-by-step explanation:

Sample response: In the area formula, there are two dimensions that are multiplied, base and height. So, the units are also multiplied. Inches times inches is inches squared. Also, area is a measurement that counts how many squares fit inside of a shape, so it makes sense that the units are described as squared.

i hope this helps