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Test: International System of Units & Significant Figures (April 1) - JEE MCQ


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10 Questions MCQ Test Daily Test for JEE Preparation - Test: International System of Units & Significant Figures (April 1)

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Test: International System of Units & Significant Figures (April 1) - Question 1

Which one of the following physical quantities is not a fundamental quantity?

Detailed Solution for Test: International System of Units & Significant Figures (April 1) - Question 1

Among the given physical quantities work is not a fundamental quantity whereas all other three physical quantities are fundamental quantities.

Test: International System of Units & Significant Figures (April 1) - Question 2

Which one of the following statements is incorrect?

Detailed Solution for Test: International System of Units & Significant Figures (April 1) - Question 2

The SI units is based on seven base units. These are metre, kilogram second, ampere, kelvin mole and candela.

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Test: International System of Units & Significant Figures (April 1) - Question 3

 Which one of the following is not a unit of British system of units?

Detailed Solution for Test: International System of Units & Significant Figures (April 1) - Question 3

Among the given units metre is not a unit of British system whereas all other belong to this system.

Test: International System of Units & Significant Figures (April 1) - Question 4

Which of the following is not a unit of time?

Detailed Solution for Test: International System of Units & Significant Figures (April 1) - Question 4

Parsec is the unit of distance.
1 parsec = 3.08 x 1016 m
Parsec is the distance at which average radius of earth's orbit subtends an angle of 1 arc second.

Test: International System of Units & Significant Figures (April 1) - Question 5

The value of resistance is 10.845 Ω and the current is 3.23 A. On multiplying, we get the potential difference is 35.02935 V. The value of potential difference in terms of significant figures would be

Detailed Solution for Test: International System of Units & Significant Figures (April 1) - Question 5

The final result should be 3 significant figures.

Test: International System of Units & Significant Figures (April 1) - Question 6

The radius of a sphere is 1.41cm. Its volume to an appropriate number of significant figures is

Detailed Solution for Test: International System of Units & Significant Figures (April 1) - Question 6

Radius of the sphere, r = 1.41cm
(3 significant figures)
Volume of the sphere,

= 11.736 cm3
Rounded off upto 3 significant figures = 11.7 cm3.

Test: International System of Units & Significant Figures (April 1) - Question 7

The mass of a box measured by a grocer's balance is 2.3 kg. Two gold pieces of masses 20.15 g and 20.17 g are added to the box.

What is the difference in the masses of the pieces?

Detailed Solution for Test: International System of Units & Significant Figures (April 1) - Question 7

Difference in masses
= m2 - m1 = 20.17 g - 20.15 g
= 0.02 g (correct upto two places of decimal)

Test: International System of Units & Significant Figures (April 1) - Question 8

Which of the following is unitless quantity?

Detailed Solution for Test: International System of Units & Significant Figures (April 1) - Question 8

Among the given quantities displacement gradient is a unitless quantity.

Test: International System of Units & Significant Figures (April 1) - Question 9

The value of universal gravitational constant G = 6.67 × 10−11 N m2 kg−2. The value of G in units of g−1 cm3 s−2 is

Detailed Solution for Test: International System of Units & Significant Figures (April 1) - Question 9

G = 6.67 × 10−11 N mkg−2
= 6.67 × 10−11 × (kg m s−2)(m2)(kg)−2
= 6.67 × 10−11 × [(1000 g) × (100 cm) × s−2] × (100 cm)× (1000 g)−2
= 6.67 × 10−8 g−1 cm3 s−2

Test: International System of Units & Significant Figures (April 1) - Question 10

The solid angle subtended by the periphery of an area 1 cm2 at a point situated symmetrically at a distance of 5 cm from the area is

Detailed Solution for Test: International System of Units & Significant Figures (April 1) - Question 10


= 4 × 10−2 steradian

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