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  1. Look for outdoor activities that can be socially distanced and keep you active,Make Christmas cookies,,play games,watch Christmas movies.Things that go wrong often make the best memories...

    2 Answers · Society & Culture · 30/11/2020

  2. Yes, which sucks because my grandmother usually visits us from Florida and spends the holiday weekend with us. Or we go to visit her. I probably won't get to see her at all until sometime next year...

    8 Answers · Entertainment & Music · 25/11/2020

  3. To keep from sliding down, the minimum available friction force must be equal to the weight of the rider.         mg = μN         mg = μ(mω²R)           g = μ(ω²R)     g/μR = ω² √(g/μR) = ω √(g/μR) = 2π/T           T = 2π...

    1 Answers · Science & Mathematics · 21/11/2020

  4. ...would be in Q III  not quite  1/2 way from the + x axis, with a clockwise rotation ... in Q III   ref angle is   @ + π   when your angle...

    2 Answers · Science & Mathematics · 30/11/2020

  5.      τ = FR 250 = F(0.52)     F = 480.7692      F ≈ 481 N Please remember to select a Favorite Answer from among your results.

    1 Answers · Science & Mathematics · 22/11/2020

  6. Total KE = KE(linear) + KE( rotational )  K = ½mv² + ½Iω² For solid...

    1 Answers · Science & Mathematics · 18/11/2020

  7. ... means the rotating arm OP will rotate for 3 complete rotation and will stop at the indicated position P 14° short of 360 ( ie 14...

    2 Answers · Education & Reference · 17/11/2020

  8. Yes, that is true. During the Devonian period of of the Paleozoic era Earth's day was only 16 hours and approximately 20 minutes long according to oxygen isotope ratios in the shells of coral fauna and flora...

    6 Answers · Science & Mathematics · 20/11/2020

  9. As the load swings down to the equilibrium position, it converts PE to KE. The moment of inertia of the system is I = mL²/12 + 2m*(L/2)² = 7mL²/12 The maximum speed is at the bottom of the arc: 2m*g*(L/2...

    1 Answers · Science & Mathematics · 14/11/2020

  10. About the center, the moment of inertia of the rod is Ic = M(3L)²/12 = 3ML²/4 and so by the parallel axis theorem, about the pivot point it's I = 3ML²/4 + M(L/2)² = ML² torque τ = M*g*(L/2) = I*α...

    1 Answers · Science & Mathematics · 14/11/2020

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