Question

Question 17 A scale model of an object \(m = 100\text{ kg}, A = 35\text{ cm}^2, V = 40\text{ cm}^3\) is made such that the dimensions of the scale model are 5 times larger than the original object, but the scale model is identical to the object in every other way. What is the mass \(m_{model}\) in kg of the scale model?

          Question 17
A scale model of an object \(m = 100\text{ kg}, A = 35\text{ cm}^2, V = 40\text{ cm}^3\) is made such that the dimensions of the scale model are 5 times larger than the original object, but the scale model is identical to the object in every other way. What is the mass \(m_{model}\) in kg of the scale model?

Question 17
A scale model of an object m = 100 kg, A = 35 cm^2, V = 40 cm^3 is made such that the dimensions of the scale model are 5 times larger than the original object, but the scale model is identical to the object in every other way. What is the mass mmodel in kg of the scale model?

Added by Josefa B.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Sri K

11/11/2022

Step 1

Since the scale model is 5 times larger than the original object, we can multiply the dimensions of the original object by 5 to find the dimensions of the scale model. The original object has an area A = 35 cm² and a volume V = 40 cm³. The scale model will have Show more…

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Question 17 5 Points A scale model of an object (m = 100 kg, A = 35 cm², V = 40 cm³) is made such that the dimensions of the scale model are 5 times larger than the original object, but the scale model is identical to the object in every other way. What is the mass mmodel in kg of the scale model? Add your answer.