A toy car released with the same initial speed will travel farthest on:

muddy surface.

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polished marble surface.

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cemented surface.

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brick surface.

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Solution

The correct option is C polished marble surface.
Lesser the frictional force, farther the car will travel. Hence, polished surface provides the least frictional force.

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Similar questions

Q. Question 4
A toy car released with the same initial speed will travel farthest on

(a) muddy surface
(b) polished marble surface
(c) cemented surface
(d) brick surface

Assuming that a toy car is pushed with the same force, on which of the following surfaces would it travel the farthest?

Q. Alex runs his toy car on a dry marble floor, wet marble floor, and towel spread on the floor. The force of friction acting on the car on different surfaces in increasing order will be:

Question 3
Alida runs her toy car on a dry marble floor, wet marble floor, newspaper and towel spread on the floor. The force of friction acting on the car on different surfaces in increasing order will be
(a) wet marble floor, dry marble floor, newspaper and towel.
(b) newspaper, towel, dry marble floor, wet marble floor.
(c) towel, newspaper, dry marble floor, wet marble floor
(d) wet marble floor, dry marble floor, towel, newspaper

Q. A boy runs his toy car on dry marble fllor, wet marble floor, newspaper and towel spread on the floor. The force of friction acting on the car on different surfaces in increasing order will be:
(a) Wet marble floor, Dry marble floor, Newspaper, Towel
(b) Newspaper, Towel, Dry marble floor, Wet marble floor
(c) Towel, Newspaper, Dry marble floor, Wet marble floor
(d) Wet marble floor, Dry marble floor, Towel, Newspaper

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A toy car released with the same initial speed will travel farthest on:

The correct option is C polished marble surface.Lesser the frictional force, farther the car will travel. Hence, polished surface provides the least frictional force.

The correct option is C polished marble surface.
Lesser the frictional force, farther the car will travel. Hence, polished surface provides the least frictional force.