Consider the following graph.y4-246.8.-4Identify the parent function.y =Identify the transformation represented by the graph. (Select all that applyO vertical shift of 5 units upwardvertical stretchreflection in the x-axisO horizontal shift of 5 units to the leftO vertical shrinkWrite an equation for the function represented by the graph.y =2.

Graph of the function is given, we have to find its equation

Consider the following graph. y 4 -2 2 4 6. -2 Identify the parent function. y = Identify the transformation represented by the graph. (Select all that app O vertical shift of 5 units upward O vertical stretch O reflection in the x-axis O horizontal shift of 5 units to the left O vertical shrink Write an equation for the function represented by the graph. y = 2.

Consider the following graph. y 4 -2 2 4 6. -2 Identify the parent function. y = Identify the transformation represented by the graph. (Select all that app O vertical shift of 5 units upward O vertical stretch O reflection in the x-axis O horizontal shift of 5 units to the left O vertical shrink Write an equation for the function represented by the graph. y = 2.

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018

18th Edition

ISBN:9780079039897

Author:Carter

Publisher:Carter

Chapter3: Linear And Nonlinear Functions

Section3.8: Absolute Value Functions

Problem 61PFA

See similar textbooks

Similar questions

When examining the formula of a function that is the result of multiple transformations, how can you tell a horizontal stretch from a vertical stretch?
For a surge function y = te^(−bt), how does the value of b affect the graph?
The projected monthly sales (in thousands of units) of lawn mowers (a seasonal product) are modeled by S=70+3x-40cos(πt/6) Where t is the time (in months), with t=1 corresponding to January. Select the graph of the sales function over 1 year.
The data and graph above show the number of hours of daylight in Richmond VA for specific dates during 2018. x=t days after Jan. 1 and y = H(t) the number of hours of daylight on day t. Assuming the period is 365 days, find the value of B in the equation. Day 360 has the least number of hours of daylight (not day 0), Determine a good phase shift for this function and use it to find the value of C in the equation H(t)=Acos(Bt-C)+D
Sec 2.1: #41. Find the net change in the value of the function between the given inputs.
Assume S=0.6Y+19 describes the projected relationship between S⁢ , sales of a company (in millions of dollars), for Y⁢ years from today. What would be the projected company sales in three years?
how would you find the equation for the transformed function?
What is the equation of y=x^3 with the given transformations? vertical compression by a factor of 1/7, horizontal shift 8 units to the left, reflection across the x-axis
The population of a country was 30 million in the year 2000 and has grown continually in the years following. The population P, in millions, of the country t years after 2000 can be modeled by the function P(t)=30e0.34P⁢(t)=30⁢e0.34t where t . Complete each of the 2 activities for this Task. Activity 1 of 2 Based on the model, what was the population after 6 years?
(a) If g(t) = Sekt with S and k positive constants, what is the relationship between y1 = g(t)and y2 = S(1 − e−kt)(b) Please sketch graphs of both functions without a calculator.(c) Where do the graphs of the two functions intersect?
Consider the following function. t(x)=(x−4)2+7 Step 4 of 4: Graph the parabola.
At the Bay of Fundy, a tourist notices it takes 6 hours to go from high tide to low tide. She is informed from her tour guide that there is a 20 m water depth difference between the low tide and high tide. If the water depth is zero at low tide, create and label a graph to show the water level versus time, where t = 0 hours represents the time at low tide.