Cream gets separated out of milk when it is churned. This is due to– (1) gravitational force (2) centripetal force (3) centrifugal force (4) frictional force

Cream gets separated out of milk when it is churned. This is due to– (1) gravitational force (2) centripetal force (3) centrifugal force (4) frictional force
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(3) centrifugal force Explanation: During the churning of buttermilk, many particles of curd undergo rotatory motion: Then the particles with less weight experience more centripetal force and hence those particles accumulate at the center. Heavier particles experience more centrifugal force and so they are forced to the walls of the container away from the centre.
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Cream gets separated out of milk when it is churned. This is due to (1) gravitational force (2) centripetal force (3) centrifugal force (4) frictional force

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When the milk is churned vigorously the cream from it is separated out due to (3) Centripetal force (2) Gravitational force (3) Frictional force (4) Centrifugal force

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When milk is churned, the cream separates from it due to: (1) Frictional force (2) Centrifugal force (3) Gravitational force (4) Viscous forces

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Cream gets separated out from milk when it is churned. This is due to–

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When milk is churned, how does the cream separate from it? -General Knowledge

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Last Answer : The answer is 'Due to the centrifugal force'

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Description : When milk is churned, how does the cream separate from it? -General Knowledge

Last Answer : When milk is churned, the cream is separated from it due to centrifugal force because this force acts outwards in the direction of line joining centre to the locus. Due to outward force the heavier particles in milk experiences more force than the lighter particle.

When milk is churned, how does the cream separate from it? -General Knowledge

Description : When milk is churned, how does the cream separate from it? -General Knowledge

Last Answer : When milk is churned, the cream is separated from it due to centrifugal force because this force acts outwards in the direction of line joining centre to the locus. Due to outward force the heavier particles in milk experiences more force than the lighter particle.

When milk is churned, how does the cream separate from it?

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Last Answer : – Due to the centrifugal force

When milk is churned, how does the cream separate from it?

Description : When milk is churned, how does the cream separate from it?

Last Answer : Due to the centrifugal force

Shan bought 30 liters of milk at the rate of Rs.8 per liter. He got it churned after spending Rs.10 and 5kg of cream and 30 liter of toned milk were obtained. If he sold the cream at Rs.30 per kg and toned milk at Rs.4 per liter, his profit in the transaction is: A. 20% B. 8% C. 30% D. 40%

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Last Answer : Answer – B .8% Explanation: CP =Rs.(30 x 8 + 10) = Rs.250 SP = Rs. (30 x 5 + 30 x 4) = Rs.270 Gain% = (20/250 x 100)% = 8%

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The rotational effect of a force on a body about an axis of rotation is described in terms of the (1) Centre of gravity (2) Centripetal force (3) Centrifugal force (4) Moment of force

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Description : Define centripetal force and centrifugal force

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Fat can be separated from milk in a cream separator because of

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