A gum bottle rest on it base if it is placed upside down how does the 1 thrust and 2 pressure change
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As we know, thrust is the force exerted by a body on a surface. Hence thrust = force.
Force = mass × acceleration,
so when the bottle is placed upside down, the mass and acceleration does not change. Hence the thrust remains the same.
Pressure is the thrust exerted by a body of a surface per unit area.
The thrust remains the same, so if the area increases then the pressure will decrease, and if the area decreases, then pressure will increase.
In the case of a gum bottle like in the picture attached, the area of its base when it is upside down, is more than when it is upright, hence the pressure will decrease.
Hope I helped!
Force = mass × acceleration,
so when the bottle is placed upside down, the mass and acceleration does not change. Hence the thrust remains the same.
Pressure is the thrust exerted by a body of a surface per unit area.
The thrust remains the same, so if the area increases then the pressure will decrease, and if the area decreases, then pressure will increase.
In the case of a gum bottle like in the picture attached, the area of its base when it is upside down, is more than when it is upright, hence the pressure will decrease.
Hope I helped!
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