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10. A truck is traveling at a constant velocity of 22m/s north. The driver sees a traffic light turn from red to green soon enough, so he does not have to alter his speed. Meanwhile, a woman in a sports car is stopped at the red light. At the moment the light turns green and the truck passes her, she begins to accelerate at 4.8m/s². How long did take for the sports car to catch up with the truck? How far have both vehicles traveled when the sports car catches up with the truck? [9.2s, 2.0 x 10²m]

10. A truck is traveling at a constant velocity of 22m/s north. The driver sees a traffic light turn from red to green soon enough, so he does not have to alter his speed. Meanwhile, a woman in a sports car is stopped at the red light. At the moment the light turns green and the truck passes her, she begins to accelerate at 4.8m/s². How long did take for the sports car to catch up with the truck? How far have both vehicles traveled when the sports car catches up with the truck? [9.2s, 2.0 x 10²m]

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For gr11 physics please use attached formula sheet
Notre Dame CSS 3.3 Linear Uniform Accelerated Motion a Motion travelled with constant acceleration (including zero acceleration - con- stant velocity) on a straight line. □ Variables involved: a, vs, V, At, Ad a How to deal with opposite direction issue? Motion equations Universal 0 Vav = Ad At Variables Involved a, vs, Vi, At a, vi, At, Ad Vs, Vi, At, Ad a, vs, vi, Ad α, ν,, Δί, Δd Basic Equations Vs + Vi 2 vai = General Equation Vs - Vi At or V₁ = V₁ + alt 1 Ad=v₁At+ = a(At)² 2 a = Ad = (v₁ + ₁)^² Δd v 2 Ad Vj or 2 Vi 2a 2 Single stage and multiple stages questions Single object and multiple object questions V2=4f v₁ = Vi is in, t, udb -2 -2 Vi Vj = V₁ + 2and 1 Ad = v₁st -- a(At)² multipl Stuye Leleration F: final SPH3U-Kinematics I Universal Vs - Vi At Variable Eliminated a = Km Ad Vs a At Vi 1000m 36 us 5 F14 iome e
Transcribed Image Text:Notre Dame CSS 3.3 Linear Uniform Accelerated Motion a Motion travelled with constant acceleration (including zero acceleration - con- stant velocity) on a straight line. □ Variables involved: a, vs, V, At, Ad a How to deal with opposite direction issue? Motion equations Universal 0 Vav = Ad At Variables Involved a, vs, Vi, At a, vi, At, Ad Vs, Vi, At, Ad a, vs, vi, Ad α, ν,, Δί, Δd Basic Equations Vs + Vi 2 vai = General Equation Vs - Vi At or V₁ = V₁ + alt 1 Ad=v₁At+ = a(At)² 2 a = Ad = (v₁ + ₁)^² Δd v 2 Ad Vj or 2 Vi 2a 2 Single stage and multiple stages questions Single object and multiple object questions V2=4f v₁ = Vi is in, t, udb -2 -2 Vi Vj = V₁ + 2and 1 Ad = v₁st -- a(At)² multipl Stuye Leleration F: final SPH3U-Kinematics I Universal Vs - Vi At Variable Eliminated a = Km Ad Vs a At Vi 1000m 36 us 5 F14 iome e
10. A truck is traveling at a constant velocity of 22m/s north. The driver sees a traffic light turn from red to green soon enough, so he does not have to alter his speed. Meanwhile, a woman in a sports car is stopped at the red light. At the moment the light turns green and the truck passes her, she begins to accelerate at 4.8m/s². How long did take for the sports car to catch up with the truck? How far have both vehicles traveled when sports car catches up with the truck? [9.2s, 2.0 x 10²m] the
Transcribed Image Text:10. A truck is traveling at a constant velocity of 22m/s north. The driver sees a traffic light turn from red to green soon enough, so he does not have to alter his speed. Meanwhile, a woman in a sports car is stopped at the red light. At the moment the light turns green and the truck passes her, she begins to accelerate at 4.8m/s². How long did take for the sports car to catch up with the truck? How far have both vehicles traveled when sports car catches up with the truck? [9.2s, 2.0 x 10²m] the
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