the graph of y= cos x is transformed to y=a cos (x-c)+ d by a vertical...
When the graph of y=2^x is reflected in the x-axis, and then translated 5 units left and 1 unit down, the equation representing the new graph is:a) y=2^(-x+5)-1b) y=2^(x+5)-1c) y=2^(x-5)+1d) y=2^(x+5)-1
Below is the graph of y = f(x). Find the function of the transformed graph. 1 2 -2 -2+ - 4 O f(x + 3) - 3 o-f(x+3) o-f(x) 3 O -f(x - 3) O -f(x) + 3
Question 3 Given the function y=x, apply the following transformations and match to the appropriate transformed function. A. y=x²+4 - - Shifty to the right 4 units. Shifty to the left 4 units. B. Y=(x-4)2 - Shift y down 4 units. c.Y= - 4x2 Shift y up 4 units. d.y=x2-4 . • Reflect y across the y-axis and vertically stretch by a factor of 4 4 Vertically stretch y by a factor of 4. E. Y=4x2 F. y=(x +4)
10 5+ -10 10 -104 The graph of f(x) = 2 is shifted down 5 units, and shifted left 2 unit. a) Write an equation for the new transformed function. b) What is the y-intercept of the new function? c) What is the domain of the new function? d) What is the range of the new function? e) Graph the function showing the y-intercept and one other point Solve the following equation. (4) logs(x+2)+logs (x-2)=2 DLL
(1 point) The graph below is a vertical and/or horizontal shift of y=1/x (assume no reflections or compression/expansions have been applied). (a) The graph's equation can be written in the form f(x) = +B for constants A and B. Based on the graph above, find the values for A and B. A = Σ and B = (b) Now take your formula from part (a) and write it as the ratio of two linear polynomials of the form 8(x) =...
Use a vertical shift to graph the function. y = COS X + 8 Use the graphing tool to graph the function. Click to - enlarge graph (For any answer boxes shown with the grapher, type an exact answer. Type the word pito insert the symbol x as needed.)
Use the graph of a known basic function and a vertical stretch or vertical compression to sketch the graph of fixja4 The graph of fooy-4 Vk is a ventical of the basicfnctionh-by a factor of Choose the correct graph below of the basic function h(x)-11 by a factor of B. O C. O D -65 65 65 .65 65 65
(1 point) Use the two graphs below to answer the following questions. (a) The graph of is the graph of scaled horizontally choose the scaling factor 1)by compression by a factor of 5 2) by compression by a factor of 4 3) by compression by a factor of 3 4) by compression by a factor of 2 5) no horizontal scaling 6) by expansion by a factor of 2 7) by expansion by a factor of 3 8) by expansion...
(1 point) The graph below is a vertical and/or horizontal shift of y1/x (assume no reflections or compression/expansions have been applied) (a) The graph's equation can be written in the form f(x)+B x+ A for constants A and B. Based on the graph above, find the values for A and B and B= (b) Now take your formula from part (a) and write it as the ratio of two linear polynomials of the form, f(x) = x+ D for constants...
the question is: if we begin a graph of f(x)=the square root of x, shift 4 units to the right, shrink vertically by a factor of 1/2 , and shift upward 10 units, write an equation for the transformed graph. so far I have: (the square root of x)- 4(four units to the right) + 10( 10 units upwards) I do not know how to do with the part that says shrink vertically by 1/2