List two differences between thrust and pressure. What is meant by 1 Pascal and 1 Newton? How will the pressure change if area of contact is doubled?
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Please find below the solution to the asked query
Differences:
1. The force acting perpendicularly on the surface of an object is called as the thrust whereas the effect of thrust which depends upon the area on which force is applied is called pressure.
2. Thrust is the perpendicular force and pressure is the force or thrust per unit area.
3. The SI unit of thrust is Newton (N) while pressure as an SI unit of Pascal (Pa).
1 Pascal means a force of 1 N acting on an area of 1 m2.
1 Newton is the force applied on a body of 1 kg mass to produce 1m/s2 acceleration in it.
We know that;
Pressure = force / area.
So, if the area is doubled, the pressure will become half of the earlier value.
Please find below the solution to the asked query
Differences:
1. The force acting perpendicularly on the surface of an object is called as the thrust whereas the effect of thrust which depends upon the area on which force is applied is called pressure.
2. Thrust is the perpendicular force and pressure is the force or thrust per unit area.
3. The SI unit of thrust is Newton (N) while pressure as an SI unit of Pascal (Pa).
1 Pascal means a force of 1 N acting on an area of 1 m2.
1 Newton is the force applied on a body of 1 kg mass to produce 1m/s2 acceleration in it.
We know that;
Pressure = force / area.
So, if the area is doubled, the pressure will become half of the earlier value.
Hope this information will clear your doubts about the topic.
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