1) Shifts and relfectdions: Let f (x) := x’. Then do the following graph f(x) and f(x+2) in the same coordinate system (carefully choose x and y range) • write a comment about what relates the two graphs. graph f(x) and f(x) – 3 in the same coordinate system (carefully choose x and y range) • write a comment about what relates the two graphs. graph f(x) and f(-x) in the same coordinate system (carefully choose x and y range) • write a comment about what relates the two graphs. graph f(x) and -f(x) in the same coordinate system (carefully choose x and y range) • write a comment about what relates the two graphs. graph f(x) and -f(-x) in the same coordinate system (carefully choose x and y range) • write a comment about what relates the two graphs. Now try to shift the graph of the function other ways. For example shift it to the right by 3, shift it to the left by 4, shift it up by 5, and shift it down by 6. 2) Define the absolute value function g(x) := abs(x). Repeat some of the steps from problem 1

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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’. Then do the following
1) Shifts and relfectdions: Let f(x) := x
graph f(x) and f(x+2) in the same coordinate system (carefully choose x and y range)
write a comment about what relates the two graphs.
graph f(x) and f(x) – 3 in the same coordinate system (carefully choose x and y range)
• write a comment about what relates the two graphs.
graph f (x) and f(-x) in the same coordinate system (carefully choose x and y range)
write a comment about what relates the two graphs.
graph f(x) and -f(x) in the same coordinate system (carefully choose x and y range)
write a comment about what relates the two graphs.
graph f(x) and -f(-x) in the same coordinate system (carefully choose x andy range)
• write a comment about what relates the two graphs.
Now try to shift the graph of the function other ways. For example shift it to the right by 3, shift it to the
left by 4, shift it up by 5, and shift it down by 6.
2) Define the absolute value function g(x) := abs(x). Repeat some of the steps from problem 1
W
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Transcribed Image Text:’. Then do the following 1) Shifts and relfectdions: Let f(x) := x graph f(x) and f(x+2) in the same coordinate system (carefully choose x and y range) write a comment about what relates the two graphs. graph f(x) and f(x) – 3 in the same coordinate system (carefully choose x and y range) • write a comment about what relates the two graphs. graph f (x) and f(-x) in the same coordinate system (carefully choose x and y range) write a comment about what relates the two graphs. graph f(x) and -f(x) in the same coordinate system (carefully choose x and y range) write a comment about what relates the two graphs. graph f(x) and -f(-x) in the same coordinate system (carefully choose x andy range) • write a comment about what relates the two graphs. Now try to shift the graph of the function other ways. For example shift it to the right by 3, shift it to the left by 4, shift it up by 5, and shift it down by 6. 2) Define the absolute value function g(x) := abs(x). Repeat some of the steps from problem 1 W Free Telepiomter- Symbolab Clickbank.com Mate
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