A water tanker filled up to two-thirds of its height is moving with a uniform speed. On sudden application of brake, the water in the tank will _____.

move backward

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move forward

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rise up

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remain unaffected

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Solution

The correct option is B move forward
When the tanker is in motion, the water inside will also be in motion. When the tanker comes to an abrupt stop, the water's inertia of motion resists this sudden change in motion. As a result, the water will move forward, before eventually coming to rest.

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A water tanker filled up to $\frac{2}{3}$ rd of its height is moving with a uniform speed. On sudden application of the brake, the water in the tank would

Q. A water tanker filled up to two-thirds of its tank with water is running with a uniform speed. When the brakes are suddenly applied, the water in its tank would :

(a) move backward
(b) move forward
(c) rise upwards
(d) remain unaffected

A water tanker filled to its half of maximum capacity moving with same velocity applies brakes suddenly. What would happen to the water level ? Why ?

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A water tanker filled up to two-thirds of its height is moving with a uniform speed. On sudden application of brake, the water in the tank will _____.

The correct option is B move forwardWhen the tanker is in motion, the water inside will also be in motion. When the tanker comes to an abrupt stop, the water's inertia of motion resists this sudden change in motion. As a result, the water will move forward, before eventually coming to rest.

The correct option is B move forward
When the tanker is in motion, the water inside will also be in motion. When the tanker comes to an abrupt stop, the water's inertia of motion resists this sudden change in motion. As a result, the water will move forward, before eventually coming to rest.