A projectile with a mass of 5 kg is fired from a catapult at an enemy's castle. The position of the projectile's location is recorded at six different times. All distances have been measured in meters. 1=< 56, 154.5,0> mat t = 1s, 2=< 112, 162.0,0> matt=2s, 3= 224, 126.0,0> matt = 4s, 4=< 336, 22.0,0> mat t = 6s, 5448,- 150.0,0> matt - 88, 6=<504,-261.5,0> matt - 98.
A projectile with a mass of 5 kg is fired from a catapult at an enemy's castle. The position of the projectile's location is recorded at six different times. All distances have been measured in meters. 1=< 56, 154.5,0> mat t = 1s, 2=< 112, 162.0,0> matt=2s, 3= 224, 126.0,0> matt = 4s, 4=< 336, 22.0,0> mat t = 6s, 5448,- 150.0,0> matt - 88, 6=<504,-261.5,0> matt - 98.
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Transcribed Image Text:A projectile with a mass of 5 kg is fired from a catapult at an enemy's castle. The position of the projectile's
location is recorded at six different times. All distances have been measured in meters.
1 =< 56, 154.5,0> mat t = 1s,
2=< 112, 162.0,0> mat t = 2s,
3= 224, 126.0,0> matt = 4s,
4=< 336, 22.0,0> matt = 6s,
5 < 448,-150.0,0> mat t = 8s,
6=< 504,-261.5,0> mat t=9s.
(b) Calculate the average force on the projectile as it moves from position 1 to 3.
-49
0
0
x
0
-49
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