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Experiment (3) Newton's Second Law ;الاسم الرقم الجامعي الشعبة PART (I): CONSTANT NET FORCE Data and results Table 1 (m,-m;= 20g) y=(1±0.0005)m Trialm, (gm, (g (m,+m) 1,(s) ) , (s) (s) 0.01s0.01s0.01s0.01 120 094 107 142 126 1.25 1.58 124 141 171 147 1.4 182 134 L67 (g) (m's) 70 29070 90 50 3110 130 110 0 S150 130 Slope = . ... ..... ( Question (1): From the slope calculate the gravity acceleration g. Question (2): Calculate the absolute and relative error in the (gravity acceleration (g PART (II): CONSTANT MASS Data and results Table 2 (m,+m,= 200g) Trialm,(gm, (g (m,-m) (g L(s)49, () y=(1±0.0005)m 0.01s0.01s0.010.01 (m's') I 150 60 3130 120 50 0.75 72 140 074 70 0.92 2 1.05 067 L12 0.93 L19 S110 90 132 1.69 1.5 Slope = .. . ( Question (1): From the slope calculate the gravity acceleration g. Question (2): Calculate the absolute and relative error in the (gravity acceleration (g

Experiment (3) Newton's Second Law ;الاسم الرقم الجامعي الشعبة PART (I): CONSTANT NET FORCE Data and results Table 1 (m,-m;= 20g) y=(1±0.0005)m Trialm, (gm, (g (m,+m) 1,(s) ) , (s) (s) 0.01s0.01s0.01s0.01 120 094 107 142 126 1.25 1.58 124 141 171 147 1.4 182 134 L67 (g) (m's) 70 29070 90 50 3110 130 110 0 S150 130 Slope = . ... ..... ( Question (1): From the slope calculate the gravity acceleration g. Question (2): Calculate the absolute and relative error in the (gravity acceleration (g PART (II): CONSTANT MASS Data and results Table 2 (m,+m,= 200g) Trialm,(gm, (g (m,-m) (g L(s)49, () y=(1±0.0005)m 0.01s0.01s0.010.01 (m's') I 150 60 3130 120 50 0.75 72 140 074 70 0.92 2 1.05 067 L12 0.93 L19 S110 90 132 1.69 1.5 Slope = .. . ( Question (1): From the slope calculate the gravity acceleration g. Question (2): Calculate the absolute and relative error in the (gravity acceleration (g

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Experiment (3) Newton's Second Law :الاسم الرقم الجامعي الشعبة PART (I): CONSTANT NET FORCE Data and results Table 1 (m,-m,= 20g) Trialm, (g)m, (g) 1/(m,+m,) 1,(s)(s) t, (s) (s) y=(1±0.0005)m 0.01s0.01s0.01s0.01s 120 0.94 1.07 126 1.25 (g) |(m's') 70 50 2 90 3 110 4 130 S150 2 70 142 1.58 124 147 1.82 134 167 90 141 4 110 171 1.44 130 1.67 Slope = ..... . ( Question (1): From the slope calculate the gravity acceleration g. Question (2): Calculate the absolute and relative error in the (gravity acceleration (g PART (II): CONSTANT MASS Data and results Table 2 (m,+m2= 200g) Trialm, (g)m, (gm,-m,) (g) t,(s) t(s) | t, (s) y=(1±0.0005)m (s) s a |(m/s') %3D 0.01s0.01s0.01s0.01s 150 2 140 50 0.57 0.75 0.72 0310.74 0.92 105 067 L.12 60 0.73 130 70 4120 S 80 0.93 L19 110 90 132 1.69 1.55 Slope =. . *........ ( Question (1): From the slope calculate the gravity acceleration g. Question (2): Calculate the absolute and relative error in the (gravity acceleration (g
Transcribed Image Text:Experiment (3) Newton's Second Law :الاسم الرقم الجامعي الشعبة PART (I): CONSTANT NET FORCE Data and results Table 1 (m,-m,= 20g) Trialm, (g)m, (g) 1/(m,+m,) 1,(s)(s) t, (s) (s) y=(1±0.0005)m 0.01s0.01s0.01s0.01s 120 0.94 1.07 126 1.25 (g) |(m's') 70 50 2 90 3 110 4 130 S150 2 70 142 1.58 124 147 1.82 134 167 90 141 4 110 171 1.44 130 1.67 Slope = ..... . ( Question (1): From the slope calculate the gravity acceleration g. Question (2): Calculate the absolute and relative error in the (gravity acceleration (g PART (II): CONSTANT MASS Data and results Table 2 (m,+m2= 200g) Trialm, (g)m, (gm,-m,) (g) t,(s) t(s) | t, (s) y=(1±0.0005)m (s) s a |(m/s') %3D 0.01s0.01s0.01s0.01s 150 2 140 50 0.57 0.75 0.72 0310.74 0.92 105 067 L.12 60 0.73 130 70 4120 S 80 0.93 L19 110 90 132 1.69 1.55 Slope =. . *........ ( Question (1): From the slope calculate the gravity acceleration g. Question (2): Calculate the absolute and relative error in the (gravity acceleration (g
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