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Two holes are made in a sealed tin can t...

Two holes are made in a sealed tin can to take out oil from it. Explain.

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To explain why two holes are made in a sealed tin can to take out oil, we can break down the process into several steps: ### Step-by-Step Solution: 1. **Understanding Pressure**: - When the tin can is sealed and filled with oil, the oil is under pressure. The pressure inside the can is greater than the atmospheric pressure outside the can due to the weight of the oil. **Hint**: Remember that pressure is the force exerted per unit area. The weight of the oil creates pressure inside the can. ...
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ICSE-FLUIDS-TOPIC 1 (3 Marks Questions )
  1. We do not feel uneasy even under enormous pressure of the atmosphere a...

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  2. A balloon collapses when air is removed from it. Explain.

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  3. Water does not run out of a dropper unless its rubber bulb is pressed.

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  4. Two holes are made in a sealed tin can to take out oil from it. Explai...

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  5. In a hydraulic machine, the two pistons are of area of cross section i...

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  6. How does the pressure at a certain depth in water differ from that of...

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  7. A human exerts a force of 1.5 N on each of the two nails A and B the a...

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  8. At a given place, a mercury barometer records a pressure of 0.70 m of ...

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  9. Assuming the density of air to be 1.295 "kg m"^(-3), find the fall in ...

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  10. How is the barometric height of a simple barometer affected if Its tu...

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  11. How is the barometric height of a simple barometer affected if Its tu...

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  12. How is the barometric height of a simple barometer affected if A drop...

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  13. Calculate the height of a water column which will exert on its base th...

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  14. Will the height of the water column change if the cross section of th...

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  15. The pressure of water on the ground floor is 40,000 Pa and on the firs...

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  16. Differentiate between thrust and pressure .

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  17. A simple U tube contains mercury to the same level in both of its arms...

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  18. A force of 50 kgf is applied to the smaller piston of a hydraulic mach...

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