A bakery is having a weekend promotion. On Saturday, customers get a mini-bagel for every dollar they spend, plus two bonus mini-bagels. On Sunday, customers get the same deal, but with four bonus mini-bagels. Let the function f(x) = INT(x) + 2 represent the number of mini-bagels a customer receives for spending x dollars on Saturday, and let the function g(x) = INT(x) + 4 represent the number of mini-bagels a customer receives for spending x dollars on Sunday. Complete the statement comparing the graphs of the functions. (Fill in the blank)

The graph of function g is translated
______
units
______
from the graph of function f.

Respuesta :

Answer:

it is actually 3, up

Step-by-step explanation:

I took the test

Ver imagen mackenziegyson

By comparing both the graphs it can be said that the graph of the function [g(x) = INT(x) + 4] is translated by 3 units up from the graph of f.

Given :

  • A bakery is having a weekend promotion. On Saturday, customers get a mini-bagel for every dollar they spend, plus two bonus mini-bagels.
  • On Sunday, customers get the same deal, but with four bonus mini-bagels.
  • Let the function f(x) = INT(x) + 2 represent the number of mini-bagels a customer receives for spending x dollars on Saturday.
  • Let the function g(x) = INT(x) + 4 represent the number of mini-bagels a customer receives for spending x dollars on Sunday.

The graph of the function [f(x) = INT(x) + 2] is attached below shown in blue colour lines.

The graph of the function [g(x) = INT(x) + 4] is attached below shown in red colour lines.

By comparing both the graphs it can be said that the graph of the function [g(x) = INT(x) + 4] is translated by 3 units up from the graph of f.

For more information, refer to the link given below:

https://brainly.com/question/23017717

Ver imagen keshavgandhi04
Ver imagen keshavgandhi04