Recent content by Helpme7534

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    Obstacle course acceleration problem

    so T=(55)(1.50)+(55)(9.81)
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    Obstacle course acceleration problem

    So T=622.05 i didnt get that from no where i went T=ma+Fg
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    Obstacle course acceleration problem

    so (1.50)(55)-(9.81)(55)=-524.835N
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    Obstacle course acceleration problem

    dude i did what u told me to do i wasnt randomly posting that but if u can't see that.. F=ma F=her mass (aka 55kg, since you may not wan to scroll to the top)(9.81m/s2) F=539.55 N (yes I am grouchy but its only cus I've only been through this with other ppl who after a waste of my time...
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    Magnitude of the Force of Friction

    lets clarify i only have physics 20-1, and i really need help with this questions, can someone please show me the formulas to use and how to fill them in? it would be greatly appreciated
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    Obstacle course acceleration problem

    F=539.55N is that the ans?
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    Magnitude of the Force of Friction

    so 281.2 is the total force but where do i go from there?
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    Magnitude of the Force of Friction

    wow so confused so my final answer for the first part will be zero? and for the seconds part it will be zero??
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    Obstacle course acceleration problem

    the force of her and the force of gravity?
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    Magnitude of the Force of Friction

    0, so 85 N is the force of friction?
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    Obstacle course acceleration problem

    can you show me how to do a question like this? (keep in mind i only have physics 20-1)
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    Magnitude of the Force of Friction

    well could the answer be a negative number then? I need a 3 digit answer the second part of the question is The coefficient of friction here is a.bc x 10 ^-d The values of a, b, c, and d respectivly are ____
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    Obstacle course acceleration problem

    Homework Statement While running an obstacle course, Jane comes to a rope hanging from a platform. She grabs a rope, which then accelerates her up into the air. Her mass is 55 kg and she accelerates upward at 1.50 m/s2. The tension on the rope is ____N. Homework Equations F=ma The...
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    Magnitude of the Force of Friction

    k i appreciate the help but i need to no how to do it, f=ma yes i no that, but i don't no how to get force of friction