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Now, if this motor is fed with current of 2 A and assuming that back-EMF is exactly 2 V, it is rotating at 7200 rpm and the mechanical power is 4 W, and the force on rotor is = N or 0.0053 N. The torque on shaft is 0.0053 N⋅m at 2 A because of the assumed radius of the rotor (exactly 1 m).
The APR is the percentage of a car loan amount you'll pay yearly in interest and fees. Knowing what APR is on a car and how to calculate APR can help you save. Here's how to calculate the cost of ...
Car finance comprises the different financial products which allows someone to acquire a car with any arrangement other than a single lump payment. When used, and for the purpose of assessing the private financial costs, one must consider only the interests paid by the car owner, as some part of the amount the owner pays each month for the finance is already embedded in the depreciations costs.
How to calculate total loan costs. The total cost of a loan depends on the amount you borrow, how long you take to pay it back and the annual percentage rate. The APR is the most important factor ...
The TCO concept is easily applicable to the transportation industry and to motor vehicle ownership, for example, the TCO defines the cost of owning an automobile from the time of purchase by the owner, through its operation and maintenance to the time it leaves the possession of the owner. Comparative TCO studies between various models help ...
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A study attempted to quantify the costs of cars (i.e. of car-use and related decisions and activity such as production and transport/infrastructure policy) in conventional currency, finding that the total lifetime cost of cars in Germany is between 0.6 and 1.0 million euros with the share of this cost born by society being between 41% (€4674 ...
The metabolic cost of transport includes the basal metabolic cost of maintaining bodily function, and so goes to infinity as speed goes to zero. [1] A human achieves the lowest cost of transport when walking at about 6 kilometres per hour (3.7 mph), at which speed a person of 70 kilograms (150 lb) has a metabolic rate of about 450 watts. [1]