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Assume we want to determine the minimum stopping distance of an automobile traveling at 60 mph. We again assume that the maximum value of µ is unity. Then the maximum deceleration is -g. We find from
Note that problems of uniform acceleration and deceleration differ by the negative sign. We could have initiate the stopping time as the same as for the previous problem and found the distance from x = t = 44 × 2.75 = 121 ft.
Q. Can you illustrate Sea Coal? Sea coal or coal dust is finely ground soft coal (pulverized coal). It is added to moulding sand used to make ferrous castings. It tends to obta
Rankine cycle - Thermodynamics: The major problems of Carnot cycle is compressing very wet steam mixture from the condenser pressure up to boiler pressure. The trouble can be
Example of simple exponential smoothing: A TV manufacturer utilizes simple exponential smoothing with α = 0.1 to forecast demand. For the first week of March, the forecast was
Design Problem: Design a pipeline and pump station to pump 100 MGD of water to the Mississippi river. To reduce the required horsepower of the pumps, the flow will be pressurized
problems on law of polygon of forces
(a) Illustrate self-locking and self-energizing brakes. (b) The diameter of the drum is 250mm and the angle of contact is 90 o , If the operating force of 700 N is applied at th
table representing the differences between up milling and down milling
Computer Algorithm For On-Line Scheduling For Automated Manufacturing Systems Introduction Now days market is characterized via the production of minute batch
Can you Differentiate between : Dynamometer and Brakes. Absorption Dynamometer and Transmission Dynamometer.
(a) What is cushioning effect of a tyre? (b) What are the desired properties of a wheel?
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