Class 11 Exam > Class 11 Tests > Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Class 11 MCQ
Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Class 11 MCQ
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20 Questions MCQ Test - Unit & Dimension MCQ (With Solution) Level - 1 : Test 1
Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 for Class 11 2024 is part of Class 11 preparation. The Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 questions and answers have been prepared
according to the Class 11 exam syllabus.The Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 MCQs are made for Class 11 2024 Exam.
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Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 1
The equation of the stationary wave is 
Q. Which of the following statements is wrong?
Q. Which of the following statements is wrong?
Detailed Solution for Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 1
Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 2
Given that : 
, where y and x are measured in the unit of length. Which of the following statements is true?
, where y and x are measured in the unit of length. Which of the following statements is true?
Detailed Solution for Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 2
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Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 3
The dimensional representation of Planck's constant is identical to that of
Detailed Solution for Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 3
Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 4
Out of the following the only pair that does not have identical dimensions is
Detailed Solution for Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 4
Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 5
In the relation 
, the dimensional formula for 
Detailed Solution for Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 5
Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 6
The dimensions of self-induction are
Detailed Solution for Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 6
Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 7
The dimensional formula for latent heat is
Detailed Solution for Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 7
Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 8
Dimensional representation of coefficient of friction is
Detailed Solution for Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 8
Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 9
A physical quantity depends upon five factors, all of which have dimenstion; then method of dimensional analysis
Detailed Solution for Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 9
Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 10
A student when discussing the properties of a medium (except vacuum)writes
Velocity of light in vacuum = velocity of light in medium
This formula is
Detailed Solution for Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 10
Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 11
Given that T stands for time period and i stands for the length of simple pendulum. If g is the acceleration due to gravity, then which of the following statements about the relation T2 = ( i /g) is correct?
Detailed Solution for Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 11
Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 12
Suppose refractive index µ is given as 
When A and B are constants and l is wavelength, then dimensions of B are same as that of
Detailed Solution for Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 12
Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 13
If L and R denote inductance and resistance, respectively, then the dimensions of L/R are
Detailed Solution for Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 13
Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 14
The dimensional formula for resistivity of conductor is
Detailed Solution for Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 14
Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 15
The dimensional formula for electric potential is
Detailed Solution for Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 15
Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 16
Which of the following pairs do not have identical dimensions?
Detailed Solution for Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 16
Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 17
The product PV has the dimensions
Detailed Solution for Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 17
Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 18
Choose the physical quantity that is different from others in some respect.
Detailed Solution for Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 18
Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 19
The frequency (n) of vibration of a string is given 
, where T is tension and i is the length of vibrating string, then the dimensional formula is
Detailed Solution for Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 19
are
Detailed Solution for Unit & Dimension MCQ (With Solution) Level - 1 : Test 1 - Question 20
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