Grade 11 physics please use attached formula sheet Notre Dame CSS3.3 Linear Uniform Accelerated Motiona Motion travelled with constant acceleration (including zero acceleration - con-stant velocity) on a straight line.□ Variables involved: a, vs, V, At, Ada How to deal with opposite direction issue?Motion equationsUniversal0Vav =AdAtVariables Involveda, vs, Vi, Ata, vi, At, AdVs, Vi, At, Ada, vs, vi, Adα, ν,, Δί, ΔdBasic EquationsVs + Vi2vai =General EquationVs - ViAtorV₁ = V₁ + alt1Ad=v₁At+ = a(At)²2a =Ad = (v₁ + ₁)^²Δdv2AdVjor2Vi2a2Single stage and multiple stages questionsSingle object and multiple object questionsV2=4fv₁ = Viis in, t, udb-2-2ViVj = V₁ + 2and1Ad = v₁st -- a(At)²multipl Stuye LelerationF: finalSPH3U-Kinematics IUniversalVs - ViAtVariable Eliminateda =KmAdVsaAtVi1000m36 us5F14iomee AT5. An object is pushed along a rough surface and released. It slides for 10.0 s before coming to rest andtravels a distance of 20.0 cm during the last 1.0 s of the slide. Assuming the acceleration is uniformthroughout,(a) How fast was the object traveling upon release? [Ans: 4.0m/s] v;(b) How fast was the object traveling when it reached the halfway point in its slide? [Ans: 2.8m/s] V

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Description: Grade 11 physics please use attached formula sheet Notre Dame CSS3.3 Linear Uniform Accelerated Motiona Motion travelled with constant acceleration (including zero acceleration - con-stant velocity) on a straight line.□ Variables involved: a, vs, V,

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Physics

5. An object is pushed along a rough surface and released. It slides for 10.0 s before coming to rest and travels a distance of 20.0 cm during the last 1.0 s of the slide. Assuming the acceleration is uniform throughout, (a) How fast was the object traveling upon release? [Ans: 4.0m/s] v; (b) How fast was the object traveling when it reached the halfway point in its slide? [Ans: 2.8m/s] V

5. An object is pushed along a rough surface and released. It slides for 10.0 s before coming to rest and travels a distance of 20.0 cm during the last 1.0 s of the slide. Assuming the acceleration is uniform throughout, (a) How fast was the object traveling upon release? [Ans: 4.0m/s] v; (b) How fast was the object traveling when it reached the halfway point in its slide? [Ans: 2.8m/s] V

Principles of Physics: A Calculus-Based Text

5th Edition

ISBN:9781133104261

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter2: Motion In One Dimension

Section: Chapter Questions

Problem 51P

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