An electric train of 100 kg mass, when connected to a power source, runs at a velocity of 5 ms. The train runs between station A & B 125m apart and has a capacity of 40 people. If the company is providing electricity to the train at a charging rate of Rs 100watt then what should be the minimum fare of a person on the particular route so that the train doesn’t go in loss? Assuming all energy provided by the power company is used to run the train.

An electric train of 100 kg mass, when connected to a power source, ru

1.	An electric train of 100 kg mass, when connected to a power source, runs at a velocity of 5 ms. The train runs between station A & B 125m apart and has a capacity of 40 people. If the company is providing electricity to the train at a charging rate of Rs 100watt then what should be the minimum fare of a person on the particular route so that the train doesn’t go in loss? Assuming all energy provided by the power company is used to run the train.
Answer» An electric train of 100 kg mass, when connected to a power source, runs at a velocity of 5 $\frac{m}{s}$ . The train runs between station A & B 125m apart and has a capacity of 40 people. If the company is providing electricity to the train at a charging rate of Rs $\frac{100}{w a t t}$ then what should be the minimum fare of a person on the particular route so that the train doesn’t go in loss? Assuming all energy provided by the power company is used to run the train.