# Its freezing out here!!

Level pending

The time taken to freeze water present in an open container with insulated walls is of the form $$c_1 \times \rho_w^a \times L^b \times h^c \times k^d \times T^e$$ where $$c_1$$is a constant, $$\rho_w$$ is the density of water, $$L$$ is the latent heat of fusion of water, $$h$$ is the height of the water column, $$k$$ is the thermal conductivity of ice and $$-T^{\circ}C$$ is the temperature of the surroundings.Assume that the initial temperature of water is $$0^{\circ}C$$.

Find $$4c_1+a+b+c+d+e$$

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