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In a slider-crank mechanism shown below, the crank O_{i}*Lambda_{i} rotales at a constant speed of 1000 rpm in the clockwise directionDetermine the slider velocity when 0 2 - 45 deg given the crank length O_{2}*A - 6 cm and the length of the AB = 16 cm using an analytical method.?
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In a slider-crank mechanism shown below, the crank O_{i}*Lambda_{i} ro...
Given Data:
- Crank length O_{2}*A = 6 cm
- Length of the AB = 16 cm
- Crank rotates at a constant speed of 1000 rpm in the clockwise direction
- Angle 0 2 = 45 degrees
Velocity Analysis:
1. Find Angular Velocity:
- Given that the crank rotates at a constant speed of 1000 rpm in the clockwise direction.
- Angular velocity (ω) = 1000 rpm = (1000 * 2π) / 60 rad/s = 104.72 rad/s
2. Find Slider Velocity:
- Use the velocity relation in a slider-crank mechanism:
- Velocity of slider = Velocity of point A = ω * OA
- OA = Crank length = 6 cm
- Velocity of slider = 104.72 rad/s * 6 cm = 628.32 cm/s
3. Direction of Slider Velocity:
- Since the crank is rotating in the clockwise direction, the slider will also move in the clockwise direction.
Conclusion:
- The velocity of the slider when the angle 0 2 is 45 degrees is 628.32 cm/s in the clockwise direction.
- Crank length O_{2}*A = 6 cm
- Length of the AB = 16 cm
- Crank rotates at a constant speed of 1000 rpm in the clockwise direction
- Angle 0 2 = 45 degrees
Velocity Analysis:
1. Find Angular Velocity:
- Given that the crank rotates at a constant speed of 1000 rpm in the clockwise direction.
- Angular velocity (ω) = 1000 rpm = (1000 * 2π) / 60 rad/s = 104.72 rad/s
2. Find Slider Velocity:
- Use the velocity relation in a slider-crank mechanism:
- Velocity of slider = Velocity of point A = ω * OA
- OA = Crank length = 6 cm
- Velocity of slider = 104.72 rad/s * 6 cm = 628.32 cm/s
3. Direction of Slider Velocity:
- Since the crank is rotating in the clockwise direction, the slider will also move in the clockwise direction.
Conclusion:
- The velocity of the slider when the angle 0 2 is 45 degrees is 628.32 cm/s in the clockwise direction.
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In a slider-crank mechanism shown below, the crank O_{i}*Lambda_{i} rotales at a constant speed of 1000 rpm in the clockwise directionDetermine the slider velocity when 0 2 - 45 deg given the crank length O_{2}*A - 6 cm and the length of the AB = 16 cm using an analytical method.?
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In a slider-crank mechanism shown below, the crank O_{i}*Lambda_{i} rotales at a constant speed of 1000 rpm in the clockwise directionDetermine the slider velocity when 0 2 - 45 deg given the crank length O_{2}*A - 6 cm and the length of the AB = 16 cm using an analytical method.? for UPSC 2024 is part of UPSC preparation. The Question and answers have been prepared according to the UPSC exam syllabus. Information about In a slider-crank mechanism shown below, the crank O_{i}*Lambda_{i} rotales at a constant speed of 1000 rpm in the clockwise directionDetermine the slider velocity when 0 2 - 45 deg given the crank length O_{2}*A - 6 cm and the length of the AB = 16 cm using an analytical method.? covers all topics & solutions for UPSC 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for In a slider-crank mechanism shown below, the crank O_{i}*Lambda_{i} rotales at a constant speed of 1000 rpm in the clockwise directionDetermine the slider velocity when 0 2 - 45 deg given the crank length O_{2}*A - 6 cm and the length of the AB = 16 cm using an analytical method.?.
In a slider-crank mechanism shown below, the crank O_{i}*Lambda_{i} rotales at a constant speed of 1000 rpm in the clockwise directionDetermine the slider velocity when 0 2 - 45 deg given the crank length O_{2}*A - 6 cm and the length of the AB = 16 cm using an analytical method.? for UPSC 2024 is part of UPSC preparation. The Question and answers have been prepared according to the UPSC exam syllabus. Information about In a slider-crank mechanism shown below, the crank O_{i}*Lambda_{i} rotales at a constant speed of 1000 rpm in the clockwise directionDetermine the slider velocity when 0 2 - 45 deg given the crank length O_{2}*A - 6 cm and the length of the AB = 16 cm using an analytical method.? covers all topics & solutions for UPSC 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for In a slider-crank mechanism shown below, the crank O_{i}*Lambda_{i} rotales at a constant speed of 1000 rpm in the clockwise directionDetermine the slider velocity when 0 2 - 45 deg given the crank length O_{2}*A - 6 cm and the length of the AB = 16 cm using an analytical method.?.
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In a slider-crank mechanism shown below, the crank O_{i}*Lambda_{i} rotales at a constant speed of 1000 rpm in the clockwise directionDetermine the slider velocity when 0 2 - 45 deg given the crank length O_{2}*A - 6 cm and the length of the AB = 16 cm using an analytical method.?, a detailed solution for In a slider-crank mechanism shown below, the crank O_{i}*Lambda_{i} rotales at a constant speed of 1000 rpm in the clockwise directionDetermine the slider velocity when 0 2 - 45 deg given the crank length O_{2}*A - 6 cm and the length of the AB = 16 cm using an analytical method.? has been provided alongside types of In a slider-crank mechanism shown below, the crank O_{i}*Lambda_{i} rotales at a constant speed of 1000 rpm in the clockwise directionDetermine the slider velocity when 0 2 - 45 deg given the crank length O_{2}*A - 6 cm and the length of the AB = 16 cm using an analytical method.? theory, EduRev gives you an
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