Report Abuse. A water melon I think is a fruit. Its green on the outside and is red on the inside-I think theres a white bit too but don't eat the white bit.. There are seeds embedded in the red bit that you pick out.It tastes like crunchy water I suppose.eport Abuse. A water melon I think is a fruit. Its green on the outside and is red on the inside-I think theres a white bit too but don't eat the white bit.. There are seeds embedded in the red bit that you pick out.
Open your refrigerator and look for a sticker that lists technical specifications. Find the voltage and amperage of the refrigerator; for instance, you may see 115 V and 6.5 amps.. Multiplying these two numbers tells you how many watts your refrigerator uses -- in this case, 747.5 watts.Smaller refrigerators typically use about 350 watts, while larger models use as much as 780 watts.our refrigerator's wattage is toward the higher end of the spectrum among the appliances in your home. Clothes dryers use a minimum of 1,800 watts but may use as much as 5,000 watts. Dishwashers use about 1,800 watts.
By multiplying 2 Amps x 120 Volts, you find out the refrigerator uses 240 Watts. The batteries will need to deliver 20 Amps to run the refrigerator (240 Watts/12 Volts = 20 Amps). Typically, refrigerators operate about 1/3 of the time (1/3 duty cycle), or 8 hours a day.Therefore, the A.H. drain will be 160 A.H.(8 hours x 20 Amps = 160 A.H.). After the load and running time is established, the battery bank size can be calculated.ypically, refrigerators operate about 1/3 of the time (1/3 duty cycle), or 8 hours a day. Therefore, the A.H. drain will be 160 A.H. (8 hours x 20 Amps = 160 A.H.). After the load and running time is established, the battery bank size can be calculated.