361014 The volume of the hollow portion of a sphere is \(\dfrac{3}{4}\) of the external volume of the sphere. If it floats in a liquid of relative density \(\dfrac{3}{2}\), half of its external volume immersed, the relative density of the material of the solid is:

361015 A candle of diameter \(d\) is floating on a liquid in a cylindrical container of diameter \(D(D>>d)\) as shown in figure. If it is burning at the rate of \(2\;cm/\) hour then the top of the candle will

361016 Two solid pieces, one of steel and the other of aluminium when immersed completely in water have equal weights. When the solid pieces are weighed in air

361017 The weight indicated on a balance is \(X\) when a beaker of water is placed on it. A solid object has weight \(Y\) in air and displaces weight \(Z\) of water when completely immersed.The given diagram shows the object suspended from a light string and completely immersed in the beaker of water. what is the balance reading in the given arrangement ?

361018 Two non-mixing liquid of densities \(\rho\) and \(n \rho(\mathrm{n}>1)\) are put in a container. The height of each liquid is \(h\). A solid cylinder of length \(L\) and density \(d\) is put in this container. The cylinder floats with its axis vertical and length \(\mathrm{pL}(\mathrm{p} < 1)\) in the denser liquid. The density \(d\) is equal to.

361014 The volume of the hollow portion of a sphere is \(\dfrac{3}{4}\) of the external volume of the sphere. If it floats in a liquid of relative density \(\dfrac{3}{2}\), half of its external volume immersed, the relative density of the material of the solid is:

361015 A candle of diameter \(d\) is floating on a liquid in a cylindrical container of diameter \(D(D>>d)\) as shown in figure. If it is burning at the rate of \(2\;cm/\) hour then the top of the candle will

361016 Two solid pieces, one of steel and the other of aluminium when immersed completely in water have equal weights. When the solid pieces are weighed in air

361017 The weight indicated on a balance is \(X\) when a beaker of water is placed on it. A solid object has weight \(Y\) in air and displaces weight \(Z\) of water when completely immersed.The given diagram shows the object suspended from a light string and completely immersed in the beaker of water. what is the balance reading in the given arrangement ?

361018 Two non-mixing liquid of densities \(\rho\) and \(n \rho(\mathrm{n}>1)\) are put in a container. The height of each liquid is \(h\). A solid cylinder of length \(L\) and density \(d\) is put in this container. The cylinder floats with its axis vertical and length \(\mathrm{pL}(\mathrm{p} < 1)\) in the denser liquid. The density \(d\) is equal to.

361014 The volume of the hollow portion of a sphere is \(\dfrac{3}{4}\) of the external volume of the sphere. If it floats in a liquid of relative density \(\dfrac{3}{2}\), half of its external volume immersed, the relative density of the material of the solid is:

361015 A candle of diameter \(d\) is floating on a liquid in a cylindrical container of diameter \(D(D>>d)\) as shown in figure. If it is burning at the rate of \(2\;cm/\) hour then the top of the candle will

361016 Two solid pieces, one of steel and the other of aluminium when immersed completely in water have equal weights. When the solid pieces are weighed in air

361017 The weight indicated on a balance is \(X\) when a beaker of water is placed on it. A solid object has weight \(Y\) in air and displaces weight \(Z\) of water when completely immersed.The given diagram shows the object suspended from a light string and completely immersed in the beaker of water. what is the balance reading in the given arrangement ?

361018 Two non-mixing liquid of densities \(\rho\) and \(n \rho(\mathrm{n}>1)\) are put in a container. The height of each liquid is \(h\). A solid cylinder of length \(L\) and density \(d\) is put in this container. The cylinder floats with its axis vertical and length \(\mathrm{pL}(\mathrm{p} < 1)\) in the denser liquid. The density \(d\) is equal to.

361014 The volume of the hollow portion of a sphere is \(\dfrac{3}{4}\) of the external volume of the sphere. If it floats in a liquid of relative density \(\dfrac{3}{2}\), half of its external volume immersed, the relative density of the material of the solid is:

361015 A candle of diameter \(d\) is floating on a liquid in a cylindrical container of diameter \(D(D>>d)\) as shown in figure. If it is burning at the rate of \(2\;cm/\) hour then the top of the candle will

361016 Two solid pieces, one of steel and the other of aluminium when immersed completely in water have equal weights. When the solid pieces are weighed in air

361017 The weight indicated on a balance is \(X\) when a beaker of water is placed on it. A solid object has weight \(Y\) in air and displaces weight \(Z\) of water when completely immersed.The given diagram shows the object suspended from a light string and completely immersed in the beaker of water. what is the balance reading in the given arrangement ?

361018 Two non-mixing liquid of densities \(\rho\) and \(n \rho(\mathrm{n}>1)\) are put in a container. The height of each liquid is \(h\). A solid cylinder of length \(L\) and density \(d\) is put in this container. The cylinder floats with its axis vertical and length \(\mathrm{pL}(\mathrm{p} < 1)\) in the denser liquid. The density \(d\) is equal to.

361014 The volume of the hollow portion of a sphere is \(\dfrac{3}{4}\) of the external volume of the sphere. If it floats in a liquid of relative density \(\dfrac{3}{2}\), half of its external volume immersed, the relative density of the material of the solid is:

361015 A candle of diameter \(d\) is floating on a liquid in a cylindrical container of diameter \(D(D>>d)\) as shown in figure. If it is burning at the rate of \(2\;cm/\) hour then the top of the candle will

361016 Two solid pieces, one of steel and the other of aluminium when immersed completely in water have equal weights. When the solid pieces are weighed in air

361017 The weight indicated on a balance is \(X\) when a beaker of water is placed on it. A solid object has weight \(Y\) in air and displaces weight \(Z\) of water when completely immersed.The given diagram shows the object suspended from a light string and completely immersed in the beaker of water. what is the balance reading in the given arrangement ?

361018 Two non-mixing liquid of densities \(\rho\) and \(n \rho(\mathrm{n}>1)\) are put in a container. The height of each liquid is \(h\). A solid cylinder of length \(L\) and density \(d\) is put in this container. The cylinder floats with its axis vertical and length \(\mathrm{pL}(\mathrm{p} < 1)\) in the denser liquid. The density \(d\) is equal to.