spring with weight attached 4. PHYSICS. When calibrating a spring scale, you need to know how far the spring stretches based on given weights. Hooke's law states that the length a spring proportional to the weight attached to the spring. A model for one scale is =+3 where l is the total length (in inches) of the spring and w is the weight (in pounds) of the object. unweighted spring D.Ra stretches is 3 One 0.5w a. Find the inverse model for the scale. b. If you place a melon on the scale and the spring stretches to a total length of 5.5 inches, how much does the melon weigh? Not drawn to scale Photo Source: ClassZone. Inverse Functions. Solve here: CHooly

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spring with
weight
attached
4. PHYSICS. When calibrating a spring
scale, you need to know how far the
spring stretches based on given
weights. Hooke's law states that the
length a spring
proportional to the weight attached to
the spring. A model for one scale is
=+3 where l is the total length (in
inches) of the spring and w is the
weight (in pounds) of the object.
unweighted
spring
D.Ra
stretches is
3
One
0.5w
a. Find the inverse model for the
scale.
b. If you place a melon on the scale
and the spring stretches to a total
length of 5.5 inches, how much
does the melon weigh?
Not drawn to scale
Photo Source: ClassZone. Inverse Functions.
Solve here:
CHooly
Transcribed Image Text:spring with weight attached 4. PHYSICS. When calibrating a spring scale, you need to know how far the spring stretches based on given weights. Hooke's law states that the length a spring proportional to the weight attached to the spring. A model for one scale is =+3 where l is the total length (in inches) of the spring and w is the weight (in pounds) of the object. unweighted spring D.Ra stretches is 3 One 0.5w a. Find the inverse model for the scale. b. If you place a melon on the scale and the spring stretches to a total length of 5.5 inches, how much does the melon weigh? Not drawn to scale Photo Source: ClassZone. Inverse Functions. Solve here: CHooly
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