IP Energy from Gasoline Burning a gallon of gasoline releases 1.1 9 × 108 J of...
IP Energy from Gasoline Burning a gallon of gasoline releases 1.19 times 10^8 J of internal energy. Part A If a certain car requires 6.7 times 10^5 J of work to drive one mile, how much heat is given off to the atmosphere each mile, assuming the car gets 21.0 miles to the gallon? Q_rel = 104
Please help and thoroughly explain. Give any formulas used and/or theories that apply. Do not round intermediate values and please pay attention to significant figures. Please help with all parts. Burning a gallon of gasoline releases 1.19 x 108 J of internal energy. If a certain car requires 5.20 x 105 J of work to drive one mile, (a) How much heat is given off to the atmosphere each mile, assuming the car gets 25.0 miles to the gallon? (b)...
Suppose one gallon of gasoline produces 1.1 X 10^8 J of energy, and this energy is sufficient to operate a car for 30 miles. An aspirin tablet has a mass of 290 mg. If the aspirin could be converted completely into thermal energy, how many miles would the car go on a single tablet?
Regular gasoline produces 8.68 x 107 Joules of heat per gallon when it is burned at approximately 450 Celsius. Assume that the car's engine is 18% efficient and that the outside temperature is 28 Celsius. If your car gets 24 miles per gallon of gas, by how much does the car's engine change the entropy of the world when you drive from Los Angeles to Las Vegas a distance of 270 miles? Group of answer choices a) 2.66 MJ/K b)...
Five Part Question: One gallon of gasoline releases approximately 120 million Joules when it is burned. A car engine operates at an efficiency of around 25%. 1. Of the energy available in a gallon of gas, how much energy can be used to do useful work in moving the car? 2. How much heat per gallon is released into the environment via the exhaust and radiator? 3. If the car is moving at a constant speed, why is it still...
number 9 and 10 0 The hot and cold reservoirs of Camot engine are 293°C and 69.2°C respectively. The temperature of the hot reservoir is raised by 39°C in order to increase the efficiency of the engine. (0) What is the effidency after the increase in temperature? 434 % (6) Instead of raising the temperature of the hot reservo, the temperature of the cold reservoir is decreased by PC, what would be the efficiency of the engine? 02 P A...
1. Convert 60 miles per hour into meters per second. 2. A student is trying to remember some formulas from geometry. In what follows, assume A is area, V is volume, and all other variables are lengths. Determine which formulas are dimensionally consistent. (c) V-0.5bh, (e) V nd 3. The length of a warchouse is measured to be 95.00m. The height of the roof is measured to be 1,350.00cm. The width is measured to be 0.0015km. Calculate the volume of...
This year Evan graduated from college and took a job as a deliveryman in the city. Evan was paid a salary of $68,500 and he received $700 in hourly pay for part-time work over the weekends. Evan summarized his expenses below: Cost of moving his possessions to the city (125 miles away) Interest paid on accumulated student loans Cost of purchasing a delivery uniform Contribution to State University deliveryman program $1,200 2,840 1,440 1,320 Calculate Evan's AGI and taxable income...