when the ride goes through the loop it performs circular motion, the most important thing that ride must have is that sufficient amount of kinetic energy so that it will be able to complete the circular motion , while performing the circular motion at the top of the circular path the forces that are present are weight which is vertically downward, normal force by track gain vertically downward, and finally the centripetal force which is vertically upwards to compete this circular path this centripetal force must be equal or greater than the sum of weight and normal force Table 1 Data relationship Between Force and Velocity Run M h (kg) T 1 (s) T 2 (s) T 3 (s) T avg (s) 1 2 3 4 5 M m kg r m Table 2 Analysis Relationship Between Force and Velocity 1 2 3 4 5 Run r (m) t 1 (s) t 2 (s) t 3 (s) t avg (s) 1 2 3 4 5 m h kg m m kg 1 2 3 4 5 Table 5 Data Relationship Between Mass and Velocity Run m m (kg) t 1 (s) t 2 (s) t 3 (s) t avg (s) 1 2 3 4 5 m h kg r m 1 2 3 4 5 Conclusion Using your data in table 2, what is the relationship between centripetal force and velocity Use your data and equations to justify your answer If it is linear, what two variables would be graphed 2 Using your data in table 4, what is the relationship between radius and velocity Use your data and equations to justify your answer If it is linear, what two variables would be graphed 3 Using your data from table 5, what is the relationship between the moving mass and the velocity Use your data and equations to justify your answer If it is linear, what two variables would be graphed

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when the ride goes through the loop it performs circular motion, the most important thing that ride must have is that sufficient amount of kinetic

when the ride goes through the loop it performs circular motion, the most important thing that ride must have is that sufficient amount of kinetic energy so that it will be able to complete the circular motion , while performing the circular motion at the top of the circular path the forces that are present are weight which is vertically downward, normal force by track gain vertically downward, and finally the centripetal force which is vertically upwards to compete this circular path this centripetal force must be equal or greater than the sum of weight and normal force.

Table 1: Data - relationship Between Force and Velocity:

Run	M_h (kg)	T₁ (s)	T₂ (s)	T₃ (s)	T_avg (s)
1
2
3
4
5

M_m = ___________ kg r = _________ m

Table 2: Analysis: Relationship Between Force and Velocity

1
2
3
4
5

Run	r (m)	t₁ (s)	t₂ (s)	t₃ (s)	t_avg (s)
1
2
3
4
5

m_h= _________ kg m_m = ________ kg

1
2
3
4
5

Table 5: Data: Relationship Between Mass and Velocity

Run	m_m (kg)	t₁ (s)	t₂ (s)	t₃ (s)	t_avg (s)
1
2
3
4
5

m_h= _________ kg r = ____________ m

1
2
3
4
5

Conclusion:

Using your data in table 2, what is the relationship between centripetal force and velocity? Use your data and equations to justify your answer. If it is linear, what two variables would be graphed?

2 .Using your data in table 4, what is the relationship between radius and velocity? Use your data and equations to justify your answer. If it is linear, what two variables would be graphed?

3 .Using your data from table 5, what is the relationship between the moving mass and the velocity? Use your data and equations to justify your answer. If it is linear, what two variables would be graphed?