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A three-wheeler starts from rest, accelerates uniformly with 1m/s/s on a straight road for 10s, and then moves uniformly velocity. Plot the distance covered by the vehicle durring nth sec versus n . What do you expect this plot to be durring accelerated motion : a straight line or parabola?
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A three-wheeler starts from rest, accelerates uniformly with 1m/s/s on...
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A three-wheeler starts from rest, accelerates uniformly with 1m/s/s on...
Analysis of Three-Wheeler Motion
- Initial Acceleration:
The three-wheeler starts from rest and accelerates uniformly with 1m/s/s for 10 seconds on a straight road. During this period, the velocity of the vehicle increases at a constant rate.
- Motion at Uniform Velocity:
After 10 seconds, the three-wheeler continues to move at a constant velocity. The distance covered by the vehicle during this phase will increase linearly with time.
- Plot of Distance Covered vs. Time:
During the accelerated motion phase, the plot of distance covered by the vehicle during the nth second versus n is expected to be a parabolic curve. This is because the distance covered by an object under uniform acceleration increases quadratically with time. The equation for distance covered during accelerated motion is given by d = 0.5 * a * t^2, where 'd' is the distance covered, 'a' is the acceleration, and 't' is the time.
- Explanation:
As the three-wheeler accelerates uniformly, the distance covered by the vehicle will increase rapidly at first and then gradually as the acceleration remains constant. This results in a parabolic curve when plotting the distance covered against time during the accelerated motion phase.
In conclusion, the plot of distance covered by the three-wheeler during accelerated motion is expected to be a parabola, reflecting the quadratic relationship between distance and time under uniform acceleration.
- Initial Acceleration:
The three-wheeler starts from rest and accelerates uniformly with 1m/s/s for 10 seconds on a straight road. During this period, the velocity of the vehicle increases at a constant rate.
- Motion at Uniform Velocity:
After 10 seconds, the three-wheeler continues to move at a constant velocity. The distance covered by the vehicle during this phase will increase linearly with time.
- Plot of Distance Covered vs. Time:
During the accelerated motion phase, the plot of distance covered by the vehicle during the nth second versus n is expected to be a parabolic curve. This is because the distance covered by an object under uniform acceleration increases quadratically with time. The equation for distance covered during accelerated motion is given by d = 0.5 * a * t^2, where 'd' is the distance covered, 'a' is the acceleration, and 't' is the time.
- Explanation:
As the three-wheeler accelerates uniformly, the distance covered by the vehicle will increase rapidly at first and then gradually as the acceleration remains constant. This results in a parabolic curve when plotting the distance covered against time during the accelerated motion phase.
In conclusion, the plot of distance covered by the three-wheeler during accelerated motion is expected to be a parabola, reflecting the quadratic relationship between distance and time under uniform acceleration.
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A three-wheeler starts from rest, accelerates uniformly with 1m/s/s on a straight road for 10s, and then moves uniformly velocity. Plot the distance covered by the vehicle durring nth sec versus n . What do you expect this plot to be durring accelerated motion : a straight line or parabola?
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A three-wheeler starts from rest, accelerates uniformly with 1m/s/s on a straight road for 10s, and then moves uniformly velocity. Plot the distance covered by the vehicle durring nth sec versus n . What do you expect this plot to be durring accelerated motion : a straight line or parabola? for Class 11 2024 is part of Class 11 preparation. The Question and answers have been prepared according to the Class 11 exam syllabus. Information about A three-wheeler starts from rest, accelerates uniformly with 1m/s/s on a straight road for 10s, and then moves uniformly velocity. Plot the distance covered by the vehicle durring nth sec versus n . What do you expect this plot to be durring accelerated motion : a straight line or parabola? covers all topics & solutions for Class 11 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A three-wheeler starts from rest, accelerates uniformly with 1m/s/s on a straight road for 10s, and then moves uniformly velocity. Plot the distance covered by the vehicle durring nth sec versus n . What do you expect this plot to be durring accelerated motion : a straight line or parabola?.
A three-wheeler starts from rest, accelerates uniformly with 1m/s/s on a straight road for 10s, and then moves uniformly velocity. Plot the distance covered by the vehicle durring nth sec versus n . What do you expect this plot to be durring accelerated motion : a straight line or parabola? for Class 11 2024 is part of Class 11 preparation. The Question and answers have been prepared according to the Class 11 exam syllabus. Information about A three-wheeler starts from rest, accelerates uniformly with 1m/s/s on a straight road for 10s, and then moves uniformly velocity. Plot the distance covered by the vehicle durring nth sec versus n . What do you expect this plot to be durring accelerated motion : a straight line or parabola? covers all topics & solutions for Class 11 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A three-wheeler starts from rest, accelerates uniformly with 1m/s/s on a straight road for 10s, and then moves uniformly velocity. Plot the distance covered by the vehicle durring nth sec versus n . What do you expect this plot to be durring accelerated motion : a straight line or parabola?.
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