Please help. Thanks in advance!

Sunlight hits the solar cell below and three things happen: some light is reflected by the solar cell; some light is converted to electrical energy; and the air around the solar cell heats up a bit. The energy flow diagram for the system that includes the sun and a photovoltaic (or solar) cell is shown below on the right. Energy system Energy system = sun + photo-cell environment A. Which form(s) of energy belong to the system? Note that Elight represents the light reflected by the solar cell. (Select all that apply.) Eelec Elight O Esunlight B. Which form(s) of energy is/are transferred into or out of the system? (Select all that apply.) O Elight O Esunlight O Eelec C. This solar cell has an efficiency of 5.0%. Remember that efficiency can be defined as (energy you want)/(energy you put in). Which type of energy do you want to get from the solar cell? O Esunlight Eelec O Elight D. Which type of energy do you put into the solar cell? Esunlight O Eelec O Elight E. In a given experiment, a light source takes the place of the sun, and the light source has a power of 0.24 W and shines on the solar cell. If the light shines on the cell for 1 minute during the experiment, what is the total light energy incident on the cell? G. How much electrical energy is generated by the solar cell in the experiment? H. Let's say that the thermal energy loss (heat transfer) is so small we will call it zero. What is the amount of energy from reflected light produced in the experiment