Physics Mcqs
Physics Mcqs for Test Preparation

Physics Mcqs for Test Preparation from Basic to Advance. Physics Mcqs are from the different sections of Physics. Here you will find Mcqs of Physics subject from Basic to Advance. Which will help you to get higher marks in Physics subject. These Mcqs are useful for students and job seekers i.e MCAT ECAT ETEA test preparation, PPSC Test, FPSC Test, SPSC Test, KPPSC Test,BPSC Test, PTS ,OTS,GTS,JTS,CTS.

Download Medical Entry Test App:

IF YOU THINK THAT ABOVE POSTED MCQ IS WRONG.

PLEASE COMMENT BELOW WITH CORRECT ANSWER AND ITS DETAIL EXPLANATION.

20 Comments to “The co efficient of linear expansion is equal to__________?”
  1. Option b is correct because alpha is equal to the expression in option b..
    Option A s incorrect because it is the final expression for change in length due to expansion.

  2. Co-efficient of linear expansion is equal to delta L divided by L delta T. The answer here is wrong because the given answer for change in length.

  3. The co efficient of linear expansion is equal to__________?
    Answer is Delta L is divided by L delta T. Alpha is the co-efficient of linear expansion, so correct it. Answer mark by you is for Only linear expansion is equal to delta L = alpha L delta T.

  4. B is the right answer for the question. The marked answer is wrong due to what it says about the change in length.

    1. Yes b is right ans because question is ask about co efficient of leaner expansion

    2. B is the right answer, the question is about the coefficient of linear expansion not linear expansion so, correct answer is B

  5. They are asking about coefficient of linear expension , which is Alpha ….so B answer is correct .

  6. B is the right answer.
    @=◇L/L◇T

    Coefficient of linear thermal expansion = change in length per original length per degree rise in temperature.

  7. The right answer of coefficient of linear expansion is b option cuz they are asking about that coefficient is equal to

  8. “B” IS CORRECT ANSWER;
    Linear Expansion = Change in Length / (Original Length) (Change in Temperature)

Leave a Reply

Your email address will not be published. Required fields are marked *