Recent content by albarnett17

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    Undergrad Maximum speed for a 1000-kg car on a 50-m radius track with friction coefficient 0.80

    im so confused man here's what i got for question 1.F(n) = mg F(n) =(1000)(9.81) F(n) =9810 N SF=UF SF=(0.80)(9810) Sf=7848
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    Undergrad Maximum speed for a 1000-kg car on a 50-m radius track with friction coefficient 0.80

    Force idk m*g
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    Undergrad Maximum speed of 1000-kg car on 50-m radius circular track

    Physics l help please due today don't kno how to do it speeds A 1000-kg car moves at a maximum speed so that it does not skid off the 50-m radius level track. If the coefficient of static friction between the road and wheels is 0.80. What is the maximum speed? Assume that the gravitational...
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    Undergrad Maximum speed for a 1000-kg car on a 50-m radius track with friction coefficient 0.80

    f= 0
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    Undergrad Maximum speed for a 1000-kg car on a 50-m radius track with friction coefficient 0.80

    F=10000*0 f=0
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    Undergrad Maximum speed for a 1000-kg car on a 50-m radius track with friction coefficient 0.80

    Ok i did i have a diagram but i still don't get sorry but i really do not kno like almost anything in physics
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    Undergrad Maximum speed for a 1000-kg car on a 50-m radius track with friction coefficient 0.80

    Idk any equations or where to put what in the equations i have no idea how to do this.
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    Undergrad Maximum speed for a 1000-kg car on a 50-m radius track with friction coefficient 0.80

    Physics lab normal force please help! A 1000-kg car moves at a maximum speed so that it does not skid off the 50-m radius level track. If the coefficient of static friction between the road and wheels is 0.80. What is the maximum speed? Assume that the gravitational constant is 10.0 N/kg =10.0...
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    • Forum: Mechanics
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