- 12 In Uniform Circular Motion If M 10g M 45g Then The Acceleration Due To Gravity A Is Aj9 M S B 10 M S 8 M S 1 (34.23 KiB) Viewed 11 times
12) in uniform circular motion, if (m-10g).(M-45g),then the acceleration due to gravity (a) is: Aj9 m/s B) 10 m/s 8 m/s²
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12) in uniform circular motion, if (m-10g).(M-45g),then the acceleration due to gravity (a) is: Aj9 m/s B) 10 m/s 8 m/s²
12) in uniform circular motion, if (m-10g).(M-45g),then the acceleration due to gravity (a) is: Aj9 m/s B) 10 m/s 8 m/s² D) 11 m/s 13) In one dimensional elastic collision, (M-2M). (V-3m/), (V-Sm/s), and the linear momentum after collidon (p-14kgm/s). Then (M) is A) M-2.5 kg B) M-16 kg C) -30kg Dj M-28 14) In newton's second law experiment.(M-180g).m-20g) then the acceleration is A) 1 m/s B) 1.5 m/s C) 2 m/s Dj 2.5 m/s² CHCHO in collisions experiment, according to the figure Shown, answer (015), (016), (017) 15) In case of perfectly inelastic collision experiment, m, collides ma (mis at rest).fm 200g my 100g. Le 3cm, and A-0.04 s. The linear momentum for my and my after collision (P) is: (Where (A and B) are photo gates times) A) 0.125 kg.m/s 0.075kg.m/s cj0.15 kgm/s D) 0.2 kgm/s 16) in the previous collision, we can say B) K K CVV₂ A) P, P D) all of them 17) (8.66.8, 6.1 s). The length of the flag (la), which positioned on (m₂) is 8 cm C) 4cm Aj 6 m D) 5 cm 14) The uncertainty in the area of a triangle (AA) Alle A D) none of all OF