To which of the following situations can the function y=5x+10 best be applied? A. The number of miles a person walks if he w

Question

To which of the following situations can the function y=5x+10 best be applied?
A. The number of miles a person walks if he walks for 5 hours at the rate of 10 miles per hour
B. The total weight on a scale if 5 pounds is placed there initially and a series of 10-pound weights are added to it
C. The total wages earned by a waiter who is paid $5 per hour and earns $10 in tips
D. The combined length of 5 boards, each 10 feet longer than the width of a doorway

Acacia · Answer

The situation in which the  linear function y = 5x + 10  can be applied is given by:   C.  The total wages earned by a waiter who is paid $5 per hour and earns $10 in tips.    What is a linear function?    A linear function is  modeled  by:  y = mx + b    In which:    m  is the  slope , which is the rate of change, that is, by how much y changes when x changes by 1.     b  is the  y-intercept,  which is the value of y when x = 0, and can also be interpreted as the initial value of the function.     In this problem, we want a function with a  slope of 5 (rate of change), and an  y-intercept of 10 (initial quantity), hence  option C  is correct.    More can be learned about  linear functions  at https://brainly.com/question/24808124  #SPJ1

What is a linear function?

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