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The mass of 1.2 cm^3 of a certain substa...

The mass of 1.2 `cm^3` of a certain substance is 5.74g. Calculate its density with due regard to significant figures.

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To solve the problem of calculating the density of a substance given its mass and volume, we can follow these steps: ### Step 1: Identify the given values - Mass of the substance = 5.74 g - Volume of the substance = 1.2 cm³ ### Step 2: Use the formula for density The formula for density (ρ) is given by: ...
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AAKASH SERIES-UNITS AND MEASUREMENT-PRACTICE EXERCISE
  1. The mass of 1.2 cm^3 of a certain substance is 5.74g. Calculate its de...

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  2. The ratio of S.I unit of the C.G.S unit of gravitational constant 'G' ...

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  3. If units in two systems of measurments are in the ratio 2 : 3, the rat...

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  4. If the unit of length is 4 m and that of velocity is 6 ms^(-1) , the u...

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  5. If the unit of force is 1N, the unit of work done is 10 J and the unit...

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  6. If the unit of length , mass and time each be doubled , the unit of wo...

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  7. A new unit of length is chosen such that the speed of light is vacuum ...

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  8. In planetary motion the areal velocity of position vector of a planet ...

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  10. The reverberation period T of a room on its volume V, its surface area...

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  11. If the vibration frequency of atoms in a crystaal depends on the atomi...

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  12. The time period of a soap bubble is T which depneds on pressure p dens...

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  13. The method of dimensional analysis can be used to derive which of the ...

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  14. If the velocity is represented by V, force by F and work by W . These ...

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  15. If C the velocity of light, h planck's constant and G Gravitational co...

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  16. If m is the mass of drop of a liquid of radius 'r' then (mg)/(pi r) ha...

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  17. The dimensionally correct formula is

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  18. The expression S = a/b (1 - e^(-bt)) is dimensionally true. The dimens...

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  19. According to Bernoullis theoram p/d + (v^2)/2 + gh = constant, dimensi...

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  20. If R is the electric resistance and C is the capacitance, the dimensio...

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  21. Velocity of sound in a medium is given by A^(1//2) d^(-1//2), where 'd...

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