1. The vernier constant of a slide caliperse is 0.01cm. Diameter of a sphere is measured using this slide caliperse. Here the main scale reading is 12.2 cm, vernier coincidence is 5. There is no instrumental error in this slide caliperse. The mass of the given sphere is 1 kg.
a. What is vernier constant?
b. Force is a derived quantity - Explain.
c. Determine the radius of the given sphere.
d. The sphere will whether sink or float in water - Explain with mathematical logic.
Answers
Explanation:
this slide caliperse. Here the main scale reading is 12.2 cm, vernier coincidence is 5. There is no instrumental error in this slide caliperse. The mass of the given sphere is 1 kg.
a. What is vernier constant?
b. Force is a derived quantity - Explain.
c. Determine the radius of the given sphere.
d. The sphere will whether sink or float in water - Explain with mathematical logic.
this slide caliperse. Here the main scale reading is 12.2 cm, vernier coincidence is 5. There is no instrumental error in this slide caliperse. The mass of the given sphere is 1 kg.
a. What is vernier constant?
b. Force is a derived quantity - Explain.
c. Determine the radius of the given sphere.
d. The sphere will whether sink or float in water - Explain with mathematical logic.
Answer:
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