Tactics Box 5.3 Working with Ropes and Pulleys Constants TACT For m Learning Goa
ID: 1584454 • Letter: T
Question
Tactics Box 5.3 Working with Ropes and Pulleys Constants TACT For m Learning Goal: To practice Tactics Box 5.3 Working with ropes and pulleys. 2. Objects are often connected by strings, ropes, cables, and so on. In many problems, the masses of the strings or ropes are significantly less than the masses of the objects they pull on. If, in addition, the strings or ropes pass over pulleys with negligible masses that turn almost freely on their axles, we can make two powerful simplifying assumptions: Use thes mass is . The strings are massless, and . The pulleys are ideal- that is, the pulleys are Assume th massless and there is no friction where they turm on heir axles This Tactics Box collects some known properties of massless ropes, ideal pulleys, and tension into three rules that are used extensively in solving problems with ropes, strings and pulleys Part A Accordin the tensi Express! > View Av Figure 1 of 1 Submit
Explanation / Answer
As it is explained in theory that tension in rope is equal to the force applied on the rope. Here force on rope 1 is F so tension in this rope T1 = F.
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