A straight horizontal rope is towing a 5.52 kg toboggan across frictionless ice. A 2.76 kg radio is on top of the toboggan with a coefficient of static friction of 1.50 between the toboggan and radio. In order to prevent the radio from slipping, what is the largest force of tension for the rope?
3 answers
The answer is within the question you just have to extract it out like chemistry !
hello fellow uoit student
only uoit kids are here. My hypothesis is you just solve for Ff on radio.... but then what?? I'm so confused
2 answers