English

Vernier scale and the zero of the main scale are clearly seen. If L.C. of the vernier calipers is 0.01 cm, write the zero error and zero correction in each case. - Physics

Advertisements
Advertisements

Question

Consider the following case where the zero of vernier scale and the zero of the main scale are clearly seen. If L.C. of the vernier calipers is 0.01 cm, write the zero error and zero correction of the following.

Short/Brief Note
Advertisements

Solution

Here, zero of the vernier scale lies on the right of the zero of the main scale.

Also, the 5th vernier division is coinciding with some main scale division
Thus, zero error = 0 + 5 x L.C. = 0.05 cm
Hence zero correction = -0.05 cm

shaalaa.com
Vernier Callipers
  Is there an error in this question or solution?
Chapter 1: Measurement - Exercise 5 [Page 47]

APPEARS IN

Frank Physics [English] Class 9 ICSE
Chapter 1 Measurement
Exercise 5 | Q 41.2 | Page 47

RELATED QUESTIONS

The wavelength of light is 589 nm. what is its wavelength in Å?


Describe the procedure to measure the diameter of a wire with the help of a screw gauge.


A screw has a pitch equal to 0.5 mm. What should be the number of divisions on its head so as to read correctly up to 0.001 mm with its help?


Is it possible to increase the degree of accuracy by mathematical manipulations? Support your answer by an example.


(a) A vernier scale has 10 divisions. It slides over the main scale, whose pitch is 1.0 mm. If the number of divisions on the left hand of zero of the vernier scale on the main scale is 56 and the 8th vernier scale division coincides with the main scale, calculate the length in centimetres.
(b) If the above instrument has a negative error of 0.07 cm, calculate the corrected length.


A micrometre screw gauge having a positive zero error of 5 divisions is used to measure diameter of a wire, when reading on the main scale is 3rd division and the 48th circular scale division coincides with baseline. If the micrometer has 10 divisions to a centimetre on the main scale and 100 divisions on a circular scale, calculate

  1. Pitch of screw
  2. Least count of screw
  3. Observed diameter
  4. Corrected diameter.

Can we measure the thickness of a piece of paper by vernier calipers?

If the 47th division of the circular scale coincides with the zero of the main scale of a screw gauge of least count 0.01 mm and having 50 circular divisions, what is it's zero error?

The precision of vernier calipers is ______ mm.


A vernier caliper using the scale invented by Galileo.


Share
Notifications

Englishहिंदीमराठी


      Forgot password?
Use app×