Amount of heat required to melt the ice = mc?? +ml

Specific heat capacity of ice, c = 2100J/kg K

specific latent heat of fusion of ice = 336 000J/kg

Volume of ice = \(\displaystyle{4.7}\times{10}^{{-{4}}}\times{1.25}={5.875}\times{10}^{{-{4}}}{m}^{{{3}}}\)

mass of ice = density * volume = \(\displaystyle{5.875}\times{10}^{{-{4}}}\times{917}={0.5387}{k}{g}\)

Amount of heat required \(\displaystyle={0.5387}\times{2100}\times{\left({10.6}-{0}\right)}+{0.5387}\times{336}{000}={193000}{J}\)

Specific heat capacity of ice, c = 2100J/kg K

specific latent heat of fusion of ice = 336 000J/kg

Volume of ice = \(\displaystyle{4.7}\times{10}^{{-{4}}}\times{1.25}={5.875}\times{10}^{{-{4}}}{m}^{{{3}}}\)

mass of ice = density * volume = \(\displaystyle{5.875}\times{10}^{{-{4}}}\times{917}={0.5387}{k}{g}\)

Amount of heat required \(\displaystyle={0.5387}\times{2100}\times{\left({10.6}-{0}\right)}+{0.5387}\times{336}{000}={193000}{J}\)