The weight of an object on Venus is about 9/10 it's weight on Earth and the weight of an object on Mars is about 2/5 it's weight
2 answers:
Answer: 85 pounds
Step-by-step explanation:-
Given : The weight of an object on Venus is about it's weight on Earth and the weight of an object on Mars is about
it's weight on Earth.
When somebody weighs 170-pound , then his weight on Venus will be :_
His weight on Mars will be :-
Then , the difference in the weight of a 170-pound person on Venus and Mars :-
Hence, the difference in the weight of a 170-pound person on Venus and Mars = 85 pounds
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Using the stated transformation, the graph of g(2x) is given at the end of the answer.
<h3>Horizontal stretch and compression</h3>An horizontal stretch or an horizontal compression happens when a constant is multiplied at the domain of the function, as follows:
g(x) = f(ax).
The definition of stretch or compression depends on the value of the constant a, as follows:
- If a > 1, it is a compression by a factor of 1/a.
- If a < 1, it is a stretch by a factor of 1/a.
In this problem, the rule is:
f(x) = g(2x).
Meaning that f(x) is an horizontal compression by a factor of 1/2 of g(x), and then the vertices are given as follows:
- (0,0).
- (1,-4).
- (2,-2).
That is, in each vertex, the x-coordinate was divided by 2, and thus the graph with these vertices is given at the end of the answer.
More can be learned about transformations at brainly.com/question/28725644
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Answer :
breadth = 5 cm :)
breadth = 5 cm :)