a. What can you say about velocity in each of the following position-time graphs? . . . . . . . . b. The slope of the velocity-time graph is equal to acceleration. (True//False) c. What does the area under acceleration-time graph represents? d. Can velocity-time graph be parallel to the velocity axis? (Yes//No) e. What isthe slope of the v-t fraph in uniform motion? .

a. What can you say about velocity in each of the following position-t

1.	a. What can you say about velocity in each of the following position-time graphs? . . . . . . . . b. The slope of the velocity-time graph is equal to acceleration. (True//False) c. What does the area under acceleration-time graph represents? d. Can velocity-time graph be parallel to the velocity axis? (Yes//No) e. What isthe slope of the v-t fraph in uniform motion? .
Answer» Solution : a. We KNOW that the slope of the position-time graph is equal to veloctiy. So i. as the slope is ZERO it is zero velocity. ii. As the slope is positive and constant, it is constant POSITVE velocity . iii. As the slope is infinite, it is infinite velocity. iv. as the slope is negative and constant, it is constant negative increasing velocity . vi as the slope is positive and decreasing, it is positive increasing velocity. vii. as the slope is positive and increasing, it is positive increasing velocity. viii. as the slope is positive and decteasing, it is positive decreasing veovity. b. TRUE, as `dv//dt=`acceleration. c. Chagein velocity d. No because it will indicate infinite acceleration, which is not poasible E. Zero, becoause acceleration will be zero inuniform motion.