The object travels in such a way that the coordinate positions of x and y as a function of time are given in the table in the picture. Answer the following questions with complete solutions (1 to 3). 1.) What is the average velocity of a particle in the y-direction ?y between t = 0.200s and t= 0.300s? What is ?y between t = 0.400s and t = 0.500s? What is ?y between t = 0.700s and t = 0.800s? Show your work with diagram (if possible)
The object travels in such a way that the coordinate positions of x and y as a function of time are given in the table in the picture. Answer the following questions with complete solutions (1 to 3).
1.) What is the average velocity of a particle in the y-direction ?y between t = 0.200s and t= 0.300s? What is ?y between t = 0.400s and t = 0.500s? What is ?y between t = 0.700s and t = 0.800s? Show your work with diagram (if possible)
2.) What is the average velocity of a particle in the x-direction ?x between t = 0.200s and t= 0.300s? What is ?x between t = 0.400s and t = 0.500s? What is ?x between t = 0.700s and t = 0.800s? Show your work with diagram (if possible)
3.) What is the particle’s instantaneous velocity in the y-direction vy at t = 0.250 s? What is vy at t = 0.450 s? What is vy t = 0.750 s? Show your work with diagram (if possible)
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