Consider an ice cube of edge $1.0$ cm kept in a gravity free hall. Find the surface area of the water when the ice melts. Neglect the difference in densities of ice and water.

Open in App

Solution

$s u r f a c e a r e a = {4 π r}^{2}$

Suggest Corrections

Similar questions

Q. Consider an ice cube of edge 1.0 cm kept in a gravity-free hall. Find the surface area of the water when the ice melts. Neglect the difference in densities of ice and water.

Q. An ice cube is suspended in vacuum in a gravity free hall. As the ice melts it

Q. An ice cube floats on the surface of a glass of water (density of ice

= 0.9 g / {c m}^{3}

). When the ice melts will the water level in the glass rise?

Q. Consider a gravity-free hall in which a tray of mass

M

, carrying a cubical block of ice of mass

m

and edge

L

, is at rest in the middle (figure). If the ice melts, by what distance does the centre of mass of "the tray plus the ice" system descend?

Consider a gravity-free hall in which a tray of mass M,carrying a cubical block of ice of mass m and edge L,is at rest in the middle (figure 9-E4).If the ice melts,by what distance does the centre of mass of "the tray plus the ice" system descend ?

Join BYJU'S Learning Program

Consider an ice cube of edge 1.0cm kept in a gravity free hall. Find the surface area of the water when the ice melts. Neglect the difference in densities of ice and water.

surfacearea=4πr2

Consider an ice cube of edge $1.0$ cm kept in a gravity free hall. Find the surface area of the water when the ice melts. Neglect the difference in densities of ice and water.

$s u r f a c e a r e a = {4 π r}^{2}$