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Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Class 11 MCQ


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25 Questions MCQ Test - Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2)

Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) for Class 11 2024 is part of Class 11 preparation. The Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) questions and answers have been prepared according to the Class 11 exam syllabus.The Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) MCQs are made for Class 11 2024 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests for Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) below.
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Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 1

If the length of rod A is (3.25 ± 0.01) cm and that of B is (4.19 ± 0.01) cm, then the rod B is longer than rod A by

Detailed Solution for Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 1



Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 2

A wire has a mass 0.3 ± 0.003g, radius 0.5 ± 0.005 mm and length 6 ± 0.06 cm. The maximum percentage error in the measurement of its density is 1

Detailed Solution for Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 2



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Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 3

A cube has a side of length 1.2 x 10-2 m. Calculate its volume.

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Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 4

If L = 2.331 cm, B - 2.1 cm, then L + B is equal to

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Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 5

A plate has a length (5 ± 0.1) cm and breadth (2 ± 0.01) cm. Then the area of the plate is

Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 6

The number of significant figures in all the given numbers 25.12, 2009, 4.156 and 1.217 x 10-4 is

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Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 7

An obj ect, m oving with a speed of 6.25 m /s, is decelerated at a rate given by   where v is the instantaneous speed. The time taken by the object, to come to rest, would be 

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Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 8

The position of a particle x (in metre) at a time t second is given by the relation r  = (3tiˆ - t 2 ˆj + 4kˆ) . Calculate the magnitude of velocity of the particle after 5s. the magnitude of velocity of the particle after 5s.

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Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 9

A particle moves along with x-axis. The position x of particle with respect to time t from origin given by x = b0 + b1t + b2 t2. The acceleration of particle is

Detailed Solution for Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 9


Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 10

The acceleration a of a particle starting from rest varies with time according to relation α = αt + β . The velocity of the particle after a time t will be

Detailed Solution for Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 10


Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 11

A particle moves along a straight line such that its position x at any time t is x = 6t2 -t3. Where x in metre and t is in second, then

Detailed Solution for Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 11






Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 12

Displacement (x) of a particle is related to time (t) as x = at + bt2 - ct3 where a,b and c are constants of the motion. The velocity of the particle when its acceleration is zero is given by

Detailed Solution for Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 12





Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 13

Acceleration of a body when displacement equation is 3s = 9t + 5t2 is

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Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 14

The velocity of particle is v = v0 + gt + ft2. If its position is x = 0 at t = 0, then its displacement after unit time (t = 1) is

Detailed Solution for Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 14




Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 15

The coordinates of a moving particle at any time t are given by x = αt3 and y = βt3. The speed of particle at time t is given by

Detailed Solution for Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 15



Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 16

A particle located at x = 0 at time t = 0, starts moving along the position x-direction with a velocity v that varies as .The displacement of the particle varies with time as

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Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 17

The displacement of particle is given by  What is its acceleration?

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Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 18

The relation between time t and distance x is t = ax2 + bx, where a and b are constants. The acceleration is

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Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 19

A particle moves along x - axis as x = 4 (t - 2) + a (t - 2)2 Which of the following is true?

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Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 20

If the velocity of a particle is given by v = (180 -16x)1/2 ms-1, then its acceleration will be

Detailed Solution for Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 20




Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 21

A particle moves along x-axis in such a way that its coordinate (x) varies with time t according to the expression x = 2 -5t + 6t2 m, the initial velocity of the particle is

Detailed Solution for Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 21


Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 22

A particle moves along a straight line such that its displacement at any time t is given by s = t3 - 6t2 +3t + 4. The velocity when its acceleration is zero is

Detailed Solution for Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 22


Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 23

The displacement s of a particle is proportional to the first power of time t, i.e.,s α t; then the acceleration of the particle is

Detailed Solution for Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 23



Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 24

The displacement x of particle moving in one dimension under the action of a constant force is related to time t by the equation , where x is in metres and t is in seconds, Find the displacement of the particle when its velocity is zero

Detailed Solution for Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 24



Integration, Differentiation, Errors & Significant Figures MCQ Level - 1 (Test - 2) - Question 25

For motion of an object along the x-axis, the velocity v depends on the displacement x as v = 3x2 - 2x, then what is the acceleration at x = 2m.

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