361207 A spherical soap bubble of radius \(1\;cm\) is formed inside another of radius \(3\;\,cm\) the radius of single soap bubble which maintains the same pressure difference as inside the smaller and outside the larger soap bubble is _ \(cm\)

361208 Two soap bubbles of radii \(R_{1}\) and \(R_{2}\) are kept in vacuum at constant temperature, the ratio of masses of air inside them, is

361209 Pressure inside a soap bubble is greater than the pressure outside by an amount (given : \(R=\) Radius of bubble, \(S=\) Surface tension of bubble).

361210 Excess pressure inside a soap bubble is three times that of the other bubble. The ratio of their volumes will be

361207 A spherical soap bubble of radius \(1\;cm\) is formed inside another of radius \(3\;\,cm\) the radius of single soap bubble which maintains the same pressure difference as inside the smaller and outside the larger soap bubble is _ \(cm\)

361208 Two soap bubbles of radii \(R_{1}\) and \(R_{2}\) are kept in vacuum at constant temperature, the ratio of masses of air inside them, is

361209 Pressure inside a soap bubble is greater than the pressure outside by an amount (given : \(R=\) Radius of bubble, \(S=\) Surface tension of bubble).

361210 Excess pressure inside a soap bubble is three times that of the other bubble. The ratio of their volumes will be

361207 A spherical soap bubble of radius \(1\;cm\) is formed inside another of radius \(3\;\,cm\) the radius of single soap bubble which maintains the same pressure difference as inside the smaller and outside the larger soap bubble is _ \(cm\)

361208 Two soap bubbles of radii \(R_{1}\) and \(R_{2}\) are kept in vacuum at constant temperature, the ratio of masses of air inside them, is

361209 Pressure inside a soap bubble is greater than the pressure outside by an amount (given : \(R=\) Radius of bubble, \(S=\) Surface tension of bubble).

361210 Excess pressure inside a soap bubble is three times that of the other bubble. The ratio of their volumes will be

361207 A spherical soap bubble of radius \(1\;cm\) is formed inside another of radius \(3\;\,cm\) the radius of single soap bubble which maintains the same pressure difference as inside the smaller and outside the larger soap bubble is _ \(cm\)

361208 Two soap bubbles of radii \(R_{1}\) and \(R_{2}\) are kept in vacuum at constant temperature, the ratio of masses of air inside them, is

361209 Pressure inside a soap bubble is greater than the pressure outside by an amount (given : \(R=\) Radius of bubble, \(S=\) Surface tension of bubble).

361210 Excess pressure inside a soap bubble is three times that of the other bubble. The ratio of their volumes will be