E2:: need help. This is all the information I was given. If I needed I would look it up online A Tesla car has a battery that can hold from 50 kWh to 75 kWhof stored energy. (1 kWh = 1000 W x 3600 sec = 1000 J/sec x3600 sec = 3,600,000 J).1) How much energy is 1 kWh compared to thereleased when burning 1 gallon of gasoline?A Tesla has a range of about 300 to 400 miles on a full battery.So let us assume that a Tesla with a 50 kWh battery can go 300miles. Also assume that 1 kWh cost 25 cents to produce.2) Calculate how much it costs to drive a Tesla 40 miles3) Calculate how much gas (in gallons) you can buy with thecost of driving a Tesla 40 miles(the results will most likely be a fraction of a gallon)4) Calculate the advertised “gas mileage" of a Tesla. (forexample if the cost of driving a tesla 40 miles is $2.50 anda gallon of gas costs $5 then a Tesla can drive 40 miles on a“half gallon of gas", and therefore gets 80 miles on "agallon of gas").5) To get the "equivalent gas mileage" for a Tesla we need toenergydetermine the amount of energy used by the car to cover agiven distance and compare that to the energy in a gallon ofgas. Thus if a Tesla can cover 300 miles with 50 kWh ofenergy, then the Tesla can cover 6 miles with 1 kWh ofenergy. By equating the energy of 1 gal of gas (120 millionJoules) to the energy of 1 kWh, convert 6 miles per kWhinto miles per gallon. (That is another method to come upwith the advertised "gas mileage" of a Tesla).6) The transmission of battery energy to car motion in anelectric car is fairly efficient, but the inefficiency of thepower plant energy production is ignored. The efficiencyof a power plant is about 35%. To get the true “gas mileageequivalent" of a Tesla we must take the results calculated in5 and multiply it by the 35 % efficiency. Comparepartyour results with a gasoline car that gets 40 miles to thegallon.

Note: Since you have posted a question with multiple sub-parts, we will solve the first three subparts for you. To get the remaining sub-part solved please repost the complete question and mention the sub-parts to be solved. Energy is described as a term that refers to the capacity to do the work. Energy comes in various forms, including potential energy, kinetic energy, thermal energy, nuclear energy and so on. The pace at which energy is transferred in relation to time is referred to as power. In this question, the amount of gasoline can be used to travel the number of miles. Energy conservation is defined as reducing the consumption of energy by producing or using less of it.Given data: *The energy store is 50 kWh to 75 kWh. *The range of the battery is 300 miles to 400 miles(1) The energy contained in 1 gallon of gasoline is given as, E1 gal=1.2×108 J The relation between 1 kWh and a gallon of gasoline is, f=1.2×1083.6×106=33.33 Thus, one gallon of gasoline is 33.33 kWh of enenrgy.(2) The expression for the energy consumed is given as, E=40 miles300 miles×50 kWh=6.66 kWh The price of the energy can be calculated as, P=6.66×25 cent=166.67 cents=1.67$(3) The cost of a gallon of gasoline rounds 3.75$. The amount of gallons of gas to be brought with 1.65$ is, Vg=1.65$3.75$/gallon=0.44 gallon

Answered: A Tesla car has a battery that can hold…