Describe the Relationship Between the Graphs of F and G

Fx cos 4x gx -2 cos 4x Curve of f dropped vertically by 2 units. Describe the relationship between the graphs of f and g.

Derivative And Tangent Line

O The graph of g has an amplitude of 2 times that of the amplitude of the graph of f.

. We know that the graph of y h x is the reflection of the graph y h x about the. Fx cos 4x gx -7 cos 4x 3D The graph of g is a reflection of the graph of f in the y-axis. Consider amplitude period and shifts.

F x cos x 24. F x cos 2x 22. Consider amplitude period and shifts.

Consider the graph of the function. Solution for Describe the relationship between the graphs of f and g. Describe the relationship between the graphs of f and g.

The graph of g has an amplitude 7 times. Consider amplitude period and shifts. Cos x g x cos x 7 The period of the graph of g is 7 units longer than the period of the graph of f.

Describe the relationship between the graph of f and g Consider amplitude period and shift. Describe the relationship between the graphs of f and g. The graph of g is a vertical shift of the graph of f t units upward.

Fx sin x gx 5 sin x O The period of g is 5. Describing the Relationship Between Graphs In Exercises 1930 describe the relationship between the graphs of f and g. G x sin x - π phase-shift-amplitude-period.

O The graph of g is a horizontal shift on the graph off to the right by 9 units. That of the graph of f. Describe the relationship between the graphs of f and g.

The period of g x is pi units where the period of f x is 2pi units. Trigonometry questions and answers. Examples and step by step solutions Sketch a graph that exhibits the qualitative features of a function that has been described verbally Common Core Grade 8 8f5 graphs slopes intercepts.

Fx sin x. Consider amplitude period and shifts. Fx sin 3x gx 9 sin 3x The graph of g is a vertical shift on the graph of f upward by 9 units.

F x cos 2x g x -cos 2x O The graph of g has a period of 2 times as long as the period of the graph of f. Describe the relationship between the graphs of f and g. Consider amplitude period and shifts.

Describe the relationship between the graphs of f and g. 0 The graph of g has a period 3 units shorter than the period of the graph of f. For example function f has a horizontal asymptote of y0 and crosses the y-axis at 01 while function g has a vertical asymptote at x0 and crosses the x-axis at 10 Step-by-step explanation.

1fx cos x gx cos x pi curve of f shifted π radians to the left. Describe the relationship between the graphs of f and g. Asked Jan 9 2015 in TRIGONOMETRY by anonymous.

The graph of function g is the graph of function f reflected over the line yx The two functions have similar but inverse features. This is also described as a phase shift of pi units to the right. Of X co sign X and G.

The graph of g is a reflection of the graph of. The graph of g is a vertical shift of the graph of f 7 units downward. This means that g x.

Describe the relationship between the graphs of f and g. Therefore the graph of g x is a reflection of the graph of f x about the y -axis since. Where is amplitude is the period and is the shift along -axis.

Fx cos x gx cosx 37n O The graph of g has an amplitude 3 more than that of the graph of the graph of f. Consider amplitude period and shifts. The period of g is 6 that of f.

Find step-by-step Algebra solutions and your answer to the following textbook question. Consider amplitude period and shifts. Please log in or register to add a comment.

G x cos x π. Gxsinx-pi The graph of gx is a translation of the graph of fx pi units to the right. The graph of g is a vertical shift of the graph of f 6 units downward.

Describe the relationship between the graphs of f and g. Fx sin 9x gx sin-9x The graph of g is a vertical shift of the graph of f 9 units downward. Describe the relationship between the graphs of f and g.

The graph of g is a vertical shift of the graph of f 7 units downward. Consider amplitude period and shifts. Okay we have two functions F.

Gx sinx π. O The graph of g is a horizontal shift of the graph of f 9 units to the left. The graph of g is a horizontal shift of the graph of f 9 units to the right.

F x cos x g x sin x TT g x cos x 7 21. X sin x g x cos 2x 8 x sin 3x. F x cos x.

Of X is co sign of two X. The difference between the maximum height and the minimum height is twice of the amplitude of the function. Consider amplitude period and shifts.

Describe the relationship between the graphs of f and g. O The graph of g is a vertical shift of the graph of f 3n units downward. Consider amplitude period and shifts.

Please log in or register to answer this question. Fx cos 4x gx -2 cos 4x. Consider amplitude period and shifts.

F x sin 3x g x - cos 2x g x sin -3x 23. Describe the relationship between the graphs of f and g. How to describe qualitatively the functional relationship between two quantities by analyzing a graph eg where the function is increasing or decreasing linear or nonlinear.

F x cos 4x g x -6 cos 4x The graph of g has an amplitude 6 times that of the graph of f. Fx sin 2x gx 3 sin2x. The graph of functions and are in the form of.

Consider amplitude period and shifts. F xcos xg xcos 2x The graph of g x has the same amplitude as the graph of f x. Consider amplitude period and shifts.

Fx sin x gx sin 3x Amplitude of f increased by a factor of 3. So the number that goes in front of the X really tells you how many periods you. O The graph of g is a vertical shift of the graph.

F x sin x 20. G x f x. F x sin x.

4 5 Derivatives And The Shape Of A Graph Calculus Volume 1