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The primary difference between KTM 1 and KTM 2 pistons lies in their design and intended use. KTM 1 pistons are typically designed for lower displacement engines or applications requiring less power, while KTM 2 pistons are built for higher performance and displacement, delivering increased power output. Additionally, KTM 2 pistons may feature enhancements in materials and design to withstand higher stress and temperatures, making them suitable for more demanding riding conditions.

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If the area of piston 1 is half the area of piston 2 does it require half the newtons of force to lift an object?

No, the force required to lift an object is not directly proportional to the area of the piston. If the area of piston 1 is half the area of piston 2, it would not require half the force to lift an object. Force is dependent on pressure, which is equal to force divided by area.


What force will be exerted on piston 2?

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In a hydraulic system piston 1 has a surface area of 100 cm2 and piston 2 has a surface area of 900 cm2. Piston 1 exerts a pressure of 10 Pa on the fluid in the hydraulic lift. What is the fluid press?

Using the equation for hydraulic systems (F1/A1 = F2/A2), where F1 is the force of piston 1, A1 is its surface area, F2 is the force of piston 2, and A2 is its surface area, we can calculate the force of piston 2 as 90 N. Since pressure (P) is defined as force per unit area (P = F/A), the pressure exerted by piston 2 on the fluid is 0.1 Pa.


What is the fluid pressure on piston 2?

The fluid pressure on piston 2 is equal to the force applied on piston 2 divided by the area of piston 2. It can be calculated using the formula: pressure = force / area.


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If this is about a hydraulic system, same pressure acts through out the fluid. Take, A = cross sectional area (area normal to force) of piston 1 B = "" "" "" of piston 2 F2 = Force on 2nd piston So, pressure = 1000/A = F/B Therefore, F = (1000 X B/A ) N (The force depends on the area ratio)


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