Study the graph given below and answer the questions based on it: i. State the type of motion represented by the part AB. ii. Calculate the distance travelled by the object in the first five hours.
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(a) OA - uniformly accelerated motion.
(a) OA - uniformly accelerated motion. (b) AB - constant speed, hence uniform motion.
(a) OA - uniformly accelerated motion. (b) AB - constant speed, hence uniform motion. (c) BC - motion with uniform (-) ye acceleration.
(a) OA - uniformly accelerated motion. (b) AB - constant speed, hence uniform motion. (c) BC - motion with uniform (-) ye acceleration. (d) (i) Acceleration of car from O to A = (60 - 0) / (15 - 0)
(a) OA - uniformly accelerated motion. (b) AB - constant speed, hence uniform motion. (c) BC - motion with uniform (-) ye acceleration. (d) (i) Acceleration of car from O to A = (60 - 0) / (15 - 0)= 4 m/s2
(a) OA - uniformly accelerated motion. (b) AB - constant speed, hence uniform motion. (c) BC - motion with uniform (-) ye acceleration. (d) (i) Acceleration of car from O to A = (60 - 0) / (15 - 0)= 4 m/s2 (ii) Negative acceleration of the car from B to
(a) OA - uniformly accelerated motion. (b) AB - constant speed, hence uniform motion. (c) BC - motion with uniform (-) ye acceleration. (d) (i) Acceleration of car from O to A = (60 - 0) / (15 - 0)= 4 m/s2 (ii) Negative acceleration of the car from B to C = (60 - 0) / (75 - 45) = -2 m/s2 , Retardation : 2 m/s2
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