Question 7 How can you determine whether a graph represents a parent sine function or a...
No need for evidence Question 7. How can you tell from an acceleration graph whether the evidence do you have to support your answer? velocity constant or changing? What Que How can you tell from a position graph whether the acceleration was positive, negative or zero? What evidence do you have to support your answer? stion 8. Question 9. How can you tell from a velocity graph whether the acceleration was positive, negative or zero? What evidence do you have...
Take my hyperbolic sin/cos recursive function place the angle on a sine or cosine stack that represents a call to the sine or cosine. When the program returns, examine the stack for how many times the hyp sine was called and how many times hyp sine/cosine was called vs. the value you inputted into the program. Put the results in a table. Range of values from -1 to 1 in .1 radian increments. Does the number of function calls agree...
How would you determine if a sine wave and cosine wave at the same frequency are orthogonal and if sine waves at harmonically related frequencies are orthogonal?
Sketch a graph of the function f(x) = 3 cos (+ + 2 (Entry tip: The first graphing tool will drag the sine/cosine graph from the lowest/highest point to the highest lowest point of the curve. The second graphing tool will drag the sine/cosine graph from the midpoint to the lowest/highest point. You can use either.) 2/2 27 /2 2 / Clear All Draw. W W Question 2. Points possibles This is attempt 1 of 1 OM OSS MacBook Air
No need for evidence Question 4. How can you tell from a position graph whether the instantaneous velocity was positive, negative or zero? What evidence do you have to support your answer? How does the slope of a position graph indicate whether the velocity is constant or changing? What evidence do you have to support your answer? Question 5. Question 6. How does the slope of a velocty graph indicate whether the velocity is constant or changing What evidence do...
Problem 3 In this problem you add some random noise to the sine function and then calculate the derivative. • First, generate a vector (the same length as x, above) which consists of random numbers in the range (-0.02) to (0.02). Use the MATLAB function rand. rand will return a random number between 0 and 1. For this problem, you actually need random numbers between +/- 0.02. How will you convert the random numbers you obtain from rand to be...
i need a short summary explaining the picture, also i need an answer for question 4) Labview Ex. 5 Sp'19.docx 1) Build the following Front Panel and Block Diagram Exercite 5-2 XY Circle te 1Spt Application Font Fle Edt View Praject Operate Tools Window Help Plot 0 XY Ciecle Graph 10 XY Cecle Graph MacBook Air Tips: 1) XY Graph: Controls>> Graph> XY Graph 2) Sine & Cosine e function, shown at left, builds an array of points that represents...
The graph of a sinusoidal function passes through , has a maximum point at , and a subsequent maximum point at . a. Determine the range, midline, period, and amplitude of this function. b. Determine a sine function with these characteristics. c. Determine a cosine function with these characteristics. Please show how you got to the answer, I am having trouble with transformations of sinusoidal functions. Thank you! We were unable to transcribe this image(T/2.3) We were unable to transcribe...
This Question: 1 pt Determine whether the graph is that of a function. An open dot indicates that the point does not belong on the graph 48 to select your answer s/ Click
The graph to the left shows a red sine wave and a black sine wave. When you start t black sine wave will be hidden behind the red one. Play around with the red sine wav by changing the values for amplitude, frequency, and phase to see how they change the shape of the wave. Questions to Answer 1) Which setting changes maximum and minimum? A2) Which setting shifts the start and end left or right? 3) Which setting changes...