How do you graph #y=cos(x-pi)#?
See explanation.
graph{cosx [-7, 7, -2, 2]}
graph{cos(x-pi)[-7,7,-2,2]}
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ToTo graphTo graph (To graph ( yTo graph the function yTo graph ( y =To graph the function y =To graph ( y = \To graph the function y = cosTo graph ( y = \cosTo graph the function y = cos(xTo graph ( y = \cos(xTo graph the function y = cos(x -To graph ( y = \cos(x -To graph the function y = cos(x - πTo graph ( y = \cos(x - \To graph the function y = cos(x - π),To graph ( y = \cos(x - \piTo graph the function y = cos(x - π), you wouldTo graph ( y = \cos(x - \pi)To graph the function y = cos(x - π), you would useTo graph ( y = \cos(x - \pi) \To graph the function y = cos(x - π), you would use theTo graph ( y = \cos(x - \pi) ),To graph the function y = cos(x - π), you would use the graphTo graph ( y = \cos(x - \pi) ), followTo graph the function y = cos(x - π), you would use the graph ofTo graph ( y = \cos(x - \pi) ), follow theseTo graph the function y = cos(x - π), you would use the graph of theTo graph ( y = \cos(x - \pi) ), follow these stepsTo graph the function y = cos(x - π), you would use the graph of the cosineTo graph ( y = \cos(x - \pi) ), follow these steps:
To graph the function y = cos(x - π), you would use the graph of the cosine function asTo graph ( y = \cos(x - \pi) ), follow these steps:
1.To graph the function y = cos(x - π), you would use the graph of the cosine function as a referenceTo graph ( y = \cos(x - \pi) ), follow these steps:
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Identify theTo graph the function y = cos(x - π), you would use the graph of the cosine function as a reference andTo graph ( y = \cos(x - \pi) ), follow these steps:
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Identify the parentTo graph the function y = cos(x - π), you would use the graph of the cosine function as a reference and shiftTo graph ( y = \cos(x - \pi) ), follow these steps:
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Identify the parent functionTo graph the function y = cos(x - π), you would use the graph of the cosine function as a reference and shift itTo graph ( y = \cos(x - \pi) ), follow these steps:
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Identify the parent function:To graph the function y = cos(x - π), you would use the graph of the cosine function as a reference and shift it horizontallyTo graph ( y = \cos(x - \pi) ), follow these steps:
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Identify the parent function: (To graph the function y = cos(x - π), you would use the graph of the cosine function as a reference and shift it horizontally by πTo graph ( y = \cos(x - \pi) ), follow these steps:
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Identify the parent function: ( y =To graph the function y = cos(x - π), you would use the graph of the cosine function as a reference and shift it horizontally by π unitsTo graph ( y = \cos(x - \pi) ), follow these steps:
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Identify the parent function: ( y = \cosTo graph the function y = cos(x - π), you would use the graph of the cosine function as a reference and shift it horizontally by π units toTo graph ( y = \cos(x - \pi) ), follow these steps:
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Identify the parent function: ( y = \cos(xTo graph the function y = cos(x - π), you would use the graph of the cosine function as a reference and shift it horizontally by π units to theTo graph ( y = \cos(x - \pi) ), follow these steps:
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Identify the parent function: ( y = \cos(x)To graph the function y = cos(x - π), you would use the graph of the cosine function as a reference and shift it horizontally by π units to the rightTo graph ( y = \cos(x - \pi) ), follow these steps:
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Identify the parent function: ( y = \cos(x) \To graph the function y = cos(x - π), you would use the graph of the cosine function as a reference and shift it horizontally by π units to the right.To graph ( y = \cos(x - \pi) ), follow these steps:
-
Identify the parent function: ( y = \cos(x) ),To graph the function y = cos(x - π), you would use the graph of the cosine function as a reference and shift it horizontally by π units to the right.To graph ( y = \cos(x - \pi) ), follow these steps:
-
Identify the parent function: ( y = \cos(x) ), whichTo graph the function y = cos(x - π), you would use the graph of the cosine function as a reference and shift it horizontally by π units to the right.To graph ( y = \cos(x - \pi) ), follow these steps:
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Identify the parent function: ( y = \cos(x) ), which is a cosine function.
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Determine the transformations:
- The function ( y = \cos(x - \pi) ) involves a horizontal shift of π units to the right.
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Start with the basic cosine graph.
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Apply the horizontal shift of π units to the right by plotting points:
- Plot the key points of the original cosine function shifted right by π units: ((\pi, 1), (0, 0), (-\pi, -1)).
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Connect the points smoothly to obtain the graph of ( y = \cos(x - \pi) ).
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When evaluating a one-sided limit, you need to be careful when a quantity is approaching zero since its sign is different depending on which way it is approaching zero from. Let us look at some examples.
When evaluating a one-sided limit, you need to be careful when a quantity is approaching zero since its sign is different depending on which way it is approaching zero from. Let us look at some examples.
When evaluating a one-sided limit, you need to be careful when a quantity is approaching zero since its sign is different depending on which way it is approaching zero from. Let us look at some examples.
When evaluating a one-sided limit, you need to be careful when a quantity is approaching zero since its sign is different depending on which way it is approaching zero from. Let us look at some examples.
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