Which property is shown in the following statement? 7 · 1 = 7 identity property of multiplication commutative property of multip
2 answers:
Answer: identity property of multiplication
Step-by-step explanation:
- The Identity property of multiplication says that if we multiply any number to 1 then the result will be number itself.
i.e. for any a a real number ,
The given expression =
Here 7 is multiplied to 1 and the answer is 7 itself.
By the above definition, the property used here is "identity property of multiplication "
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Answer:
Step-by-step explanation:
Solving (a): Translate a units right, b units up
When a function is translated a units right, the number of units will be added to the x coordinate
When a function is translated b units up, the number of units will be added to the y coordinate.
So, we have:
Solving (b): Reflect across y-axis
When a function is translated across the y-axis, the x coordinate gets negated.
So, we have:
Solving (c): Reflect across x-axis
When a function is translated across the x-axis, the y coordinate gets negated.
So, we have:
Solving (d): 90 degrees rotation counterclockwise
When a function is rotated 90 degrees counterclockwise, the y-coordinates gets negated and then swapped with the x-coordinate.
So, we have:
Solving (e): 180 degrees rotation counterclockwise
When a function is rotated 180 degrees counterclockwise, the coordinates are negated.
So, we have:
Solving (f): 270 degrees rotation counterclockwise
When a function is rotated 270 degrees counterclockwise, the x-coordinates gets negated and then swapped with the y-coordinate.
So, we have: