Bulk Modulus For Various Processes. The average depth of Indian Ocean is about 3000 m. Calculate the fractional compression, VΔV of water at the bottom of the ocean, given that the bulk modulus of water is 2.2×109Nm−2 (consider g=10ms−2) The bulk modulus of a spherical object is B.
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Bulk modulus = P Δ V / V As solids have long-range order by its nature. Because the atoms of a crystal are arranged in an ordered pattern that stretches all the way across its material because of which if the same amount of pressure will be applied on solids, liquid, and gases then minimum fractional change in volume will be for solid.
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A liquid of bulk modulus k is compressed by applying an external pressure such that its density increases by 0. 0 1 %. The pressure applied on the liquid is: The pressure applied on the liquid is: Medium
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The bulk modulus of a spherical object is B. If it is subjected to uniform pressure p , the fractional decrease in radius is 1)B/3p 2)p/3B 3)3p/B 4)p/B View Solution
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A rubber ball of bulk modulus B is taken to a depth h of a liquid of density p. Find the fractional change in the radius of the ball.
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Bulk modulus is defined as the proportion of volumetric stress related to the volumetric strain for any material. In much simpler words, the bulk modulus is nothing but a numerical constant that is used to measure and describe the elastic properties of a solid or a fluid when pressure is applied. In this article, we will discuss the bulk ...
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Assertion :Ratio of isothermal bulk modulus and adiabatic bulk modulus for a monoatomic gas at a gIven pressure is 3 5 Reason: This ratio is equal to γ = Cp Cv. View Solution. Q 4.
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The bulk modulus of copper is 1.4 × 10 11 P a and the coefficient of linear expansion is 1.7 × 10 − 5 (C ∘) − 1. What hydrostatic pressure is necessary to prevent a copper block from expanding when its temperature is increased from 20 ∘ C to 30 ∘ C?
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The bulk modulus for solids is much larger than for liquids; Gases are least compressible; The incompressibility of the solids is due to the tight coupling between neighbouring atoms; The reciprocal of the bulk modulus is called compressibility; For a system in equilibrium, the value of bulk modulus is always positive
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where B is the bulk modulus and ρ is the density of water. Here, B = 2100 M P a = 2100 × 10 6 P a , ρ = 10 3 k g m − 3 ∴ V = √ 2100 × 10 6 10 3 = 1450 m s − 1
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