How much time will it take to melt the ice

Reference no: EM13691982

Question: A 5.0cm thick ice sheet covers a lake in early spring. The ice density is 910kg/m³. If the spring sun radiates an average of 155W/m² onto the ice,

Part A: how much time will it take to melt the ice?

Please show work I think I have the answer just not positive.

Reference no: EM13691982

Questions Cloud

Complex has much greater thermodynamic stability : Question- When a solution of oxalate anions are added to a solution of hexaaquachromium(III) the resulting complex has much greater thermodynamic stability.

Find what is the overall magnification of the microscope : The distance between the eyepiece and the objective lens in a certain compound microscope is 23.5 cm. What is the overall magnification of the microscope

What is the actual pressure of the gas : Question- A gas was collected over water by bubbling it into an inverted flask at 27.0 degrees C. If the gas was collected at 760torr, what is the actual pressure of the gas

Find what is the electric field strength : If we assume that the wave spreads out evenly with no obstructions, what is the electric field strength at the base unit 100 feet from the phone

How much time will it take to melt the ice : A 5.0cm thick ice sheet covers a lake in early spring. The ice density is 910kg/m3. If the spring sun radiates an average of 155W/m2 onto the ice, how much time will it take to melt the ice

Define the acid has three acidic protons : Question- Phosphoric acid, H3PO4(aq), is a triprotic acid, meaning that one molecule of the acid has three acidic protons. Estimate the pH, and the concentrations of all species in a 0.100 M phosphoric acid solution.

Calculate the specific heat of nickel : Question- It is found that 252J of heat must be absorbed to raise the temperature of 50.0 g of nickel from 20.0C to 31.4C. Calculate the specific heat of nickel

Find the ratio of the focal lengths of the mirrors : The same object is located at the same distance from two spherical mirrors, A and B. Find the ratio fA/fB of the focal lengths of the mirrors

A blue solution which is due to the absorption of solvated : Question- Alkali metals like na and k dissolve in liquid ammonia to give a blue solution which is due to the absorption of solvated electrons. as a crude model, we can treat the solvated electron as a particle in the box

User Account

All Pages