Pistons in car A are extending twice as long as pistons in car B. Compare the graphs of the piston extension of car A to the gra
ph of the piston extension of car B over time.
A) The amplitude of the graph for the pistons in car A is twice the amplitude of the graph for the pistons in car B.
B) The period of the graph for the pistons in car A is half the period of the graph for the pistons in car B.
C) The period of the graph for the pistons in car A is twice the period of the graph for the pistons in car B.
D) The amplitude of the graph for the pistons in car A is half the amplitude of the graph for the pistons in car B.
A) The amplitude of the graph for the pistons in car A is twice the amplitude of the graph for the pistons in car B.
B) The period of the graph for the pistons in car A is half the period of the graph for the pistons in car B.
C) The period of the graph for the pistons in car A is twice the period of the graph for the pistons in car B.
D) The amplitude of the graph for the pistons in car A is half the amplitude of the graph for the pistons in car B.
1 answer:
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Answer:
The simplified fractional equivalent is
Step-by-step explanation:
we know that
A <u><em>terminating decimal</em></u> is a decimal that ends. So, it's a decimal with a finite number of digits.
we have
Let
Multiply by 100 both sides
Divide by 100 both sides
Simplify
Divide by 25 both numerator and denominator
