In the Projectile experiment, the projectile was fired horizontally with an initial velocity (Vo) from a height (y) and the horizontal distance covered (X) was recorded as follows. y (m) ² (m²) 0.320 0.627 0.340 0.668 0.360 0.717 0.380 0.757 0.400 0.788 The relation between the horizontal distance and the height is given by: where (g) is the gravitational acceleration. y= 2v2 The slope of (y vs. x ) graph equal O 1.9.81 O23.00 O 3.0.48 4 2.08

University Physics Volume 3
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ISBN:9781938168185
Author:William Moebs, Jeff Sanny
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Chapter5: Relativity
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In the Projectile experiment, the projectile was fired horizontally with an initial velocity (Vo) from a height (y) and the horizontal distance covered (X) was recorded
as follows
y (m)
? (m²)
0.320
0.627
0.340
0.668
0.360
0.380
0.717
0.757
0.400
0.788
The relation between the horizontal distance and the height is given by:
where (g) is the gravitational acceleration.
x2
2v
The slope of (y vs. x) graph equal
O 1.9.81
O 2.3.00
O 3.0.48
O4. 2.08
Transcribed Image Text:In the Projectile experiment, the projectile was fired horizontally with an initial velocity (Vo) from a height (y) and the horizontal distance covered (X) was recorded as follows y (m) ? (m²) 0.320 0.627 0.340 0.668 0.360 0.380 0.717 0.757 0.400 0.788 The relation between the horizontal distance and the height is given by: where (g) is the gravitational acceleration. x2 2v The slope of (y vs. x) graph equal O 1.9.81 O 2.3.00 O 3.0.48 O4. 2.08
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