4. The graph of displacement vs. time for a small mass m at the end of a spring is shown in Fig. 2 At t-0, x= 0.43 cm. (a) If m =9.5 g, find the spring constant, k. (b) Write the equation for displacement x as a function of time. [Ans: (a) 0.79 N/m (b) x 0.82 cm cos (9.1t- 1.0)] 0.82 cm 0.82 cm 0.43 cm 0.69 s Fimura
4. The graph of displacement vs. time for a small mass m at the end of a spring is shown in Fig. 2 At t-0, x= 0.43 cm. (a) If m =9.5 g, find the spring constant, k. (b) Write the equation for displacement x as a function of time. [Ans: (a) 0.79 N/m (b) x 0.82 cm cos (9.1t- 1.0)] 0.82 cm 0.82 cm 0.43 cm 0.69 s Fimura
Related questions
Question
![4. The graph of displacement vs. time for a small mass m at the end of a spring is shown in Fig. 2 At t=0,
x = 0.43 cm.
(a) If m = 9.5 g, find the spring constant, k.
(b) Write the equation for displacement x as a function of time.
[Ans: (a) 0.79 N/m
(b) x = 0.82 cm cos (9.1t – 1.0)]
0.82 cm
0.82 cm
043 cm
0.69 s
Figure 2](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F82b7f4a5-916e-4df2-997a-b7a5f5723ee5%2Face05d68-20a6-4ad8-9f32-d773d609100b%2F95f9gh_processed.jpeg&w=3840&q=75)
Transcribed Image Text:4. The graph of displacement vs. time for a small mass m at the end of a spring is shown in Fig. 2 At t=0,
x = 0.43 cm.
(a) If m = 9.5 g, find the spring constant, k.
(b) Write the equation for displacement x as a function of time.
[Ans: (a) 0.79 N/m
(b) x = 0.82 cm cos (9.1t – 1.0)]
0.82 cm
0.82 cm
043 cm
0.69 s
Figure 2
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
This is a popular solution!
Trending now
This is a popular solution!
Step by step
Solved in 2 steps with 2 images
