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A locomotive has four pairs of driving wheels carrying an axle load of 24 x 104 N. The maximum load that can be pulled if the coefficient of friction 1/6, is (a) 32 x 104 N (6) 16 x 104 N (c) 8 x 104 N (d) 4 x 104 N?
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A locomotive has four pairs of driving wheels carrying an axle load of...
Analysis:
To determine the maximum load that can be pulled by the locomotive, we need to consider the coefficient of friction and the axle load of the driving wheels. The coefficient of friction represents the ratio of the frictional force between two surfaces in contact to the normal force pressing the surfaces together. In this case, the coefficient of friction is given as 1/6.
Calculating the maximum load:
To calculate the maximum load, we can use the formula for the maximum static frictional force:
Maximum static frictional force = coefficient of friction * normal force
In this case, the normal force is equal to the weight of the locomotive, which is the product of the axle load and the number of axles. Since there are four pairs of driving wheels, the number of axles is 4.
Normal force = axle load * number of axles
Now, we can substitute the given values into the formula:
Normal force = 24 x 10^4 N * 4 = 96 x 10^4 N
Maximum static frictional force = (1/6) * 96 x 10^4 N = 16 x 10^4 N
Therefore, the maximum load that can be pulled by the locomotive is 16 x 10^4 N.
Conclusion:
The maximum load that can be pulled by the locomotive, considering a coefficient of friction of 1/6 and an axle load of 24 x 10^4 N, is 16 x 10^4 N.
To determine the maximum load that can be pulled by the locomotive, we need to consider the coefficient of friction and the axle load of the driving wheels. The coefficient of friction represents the ratio of the frictional force between two surfaces in contact to the normal force pressing the surfaces together. In this case, the coefficient of friction is given as 1/6.
Calculating the maximum load:
To calculate the maximum load, we can use the formula for the maximum static frictional force:
Maximum static frictional force = coefficient of friction * normal force
In this case, the normal force is equal to the weight of the locomotive, which is the product of the axle load and the number of axles. Since there are four pairs of driving wheels, the number of axles is 4.
Normal force = axle load * number of axles
Now, we can substitute the given values into the formula:
Normal force = 24 x 10^4 N * 4 = 96 x 10^4 N
Maximum static frictional force = (1/6) * 96 x 10^4 N = 16 x 10^4 N
Therefore, the maximum load that can be pulled by the locomotive is 16 x 10^4 N.
Conclusion:
The maximum load that can be pulled by the locomotive, considering a coefficient of friction of 1/6 and an axle load of 24 x 10^4 N, is 16 x 10^4 N.
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A locomotive has four pairs of driving wheels carrying an axle load of 24 x 104 N. The maximum load that can be pulled if the coefficient of friction 1/6, is (a) 32 x 104 N (6) 16 x 104 N (c) 8 x 104 N (d) 4 x 104 N?
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A locomotive has four pairs of driving wheels carrying an axle load of 24 x 104 N. The maximum load that can be pulled if the coefficient of friction 1/6, is (a) 32 x 104 N (6) 16 x 104 N (c) 8 x 104 N (d) 4 x 104 N? for Civil Engineering (CE) 2024 is part of Civil Engineering (CE) preparation. The Question and answers have been prepared according to the Civil Engineering (CE) exam syllabus. Information about A locomotive has four pairs of driving wheels carrying an axle load of 24 x 104 N. The maximum load that can be pulled if the coefficient of friction 1/6, is (a) 32 x 104 N (6) 16 x 104 N (c) 8 x 104 N (d) 4 x 104 N? covers all topics & solutions for Civil Engineering (CE) 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A locomotive has four pairs of driving wheels carrying an axle load of 24 x 104 N. The maximum load that can be pulled if the coefficient of friction 1/6, is (a) 32 x 104 N (6) 16 x 104 N (c) 8 x 104 N (d) 4 x 104 N?.
A locomotive has four pairs of driving wheels carrying an axle load of 24 x 104 N. The maximum load that can be pulled if the coefficient of friction 1/6, is (a) 32 x 104 N (6) 16 x 104 N (c) 8 x 104 N (d) 4 x 104 N? for Civil Engineering (CE) 2024 is part of Civil Engineering (CE) preparation. The Question and answers have been prepared according to the Civil Engineering (CE) exam syllabus. Information about A locomotive has four pairs of driving wheels carrying an axle load of 24 x 104 N. The maximum load that can be pulled if the coefficient of friction 1/6, is (a) 32 x 104 N (6) 16 x 104 N (c) 8 x 104 N (d) 4 x 104 N? covers all topics & solutions for Civil Engineering (CE) 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A locomotive has four pairs of driving wheels carrying an axle load of 24 x 104 N. The maximum load that can be pulled if the coefficient of friction 1/6, is (a) 32 x 104 N (6) 16 x 104 N (c) 8 x 104 N (d) 4 x 104 N?.
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