Elements of graphic dynamics; an elementary textbook for students of mechanics and engineering (1919)
Andrews, Ewart S. (Ewart Sigmund) · London, Chapman and Hall, Ltd. · leaf 22
e on the body by the effort inmoving from X to T is equal to the area A B C T X.Similarly, the work taken by the resistance from the body WORK AGAINST RESISTt^CE 11 in moving from K to L is equal to S X K L = area of stripH J L K, so that the total amount of work taken from thebody in moving from X… … Fia. 6.—^Work against Resistance. At any intermediate point such as K the excess of workdone by the effort over the work expended in overcomingthe resistance is the difference between the areas X A E Kand X D H K. Therefore, between the points X and U the body increasesin kinetic energy by the…
Mechanics, Applied · Dynamics · Graphic methods
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