it would be a ktm car
A small skinny car is best. you can even cut out peices of wood in the shape to make it lighter.
a party where only CO2 molecules can attend? (:
Plants utilize carbon dioxide (CO2) to perform photosynthesis. This is fortunate, because all living things produce CO2 as a byproduct of respiration and oxidation. If the plants didn't absorb it, it would build up in the atmosphere to dangerous levels, and life as we know would cease to exist.
Cars produce co2 through the combustion of gasoline (or any other petroleum based fuel). When oxygen and gasoline combusts, 3 bi products are formed. water, carbon dioxide (co2) and carbon monoxide (co)
In the atmosphere.
wood helps
a cube
What is the distance used in a CO2 car competition What is the distance used in a CO2 car competition
A small skinny car is best. you can even cut out peices of wood in the shape to make it lighter.
the co2
what kind of metal is co2 made of
Your best bet is a CO2 laser using an O2 jet. However, I doubt if any but the most determined could hobbyist could build that powerful of a laser. Still, CO2 is your best bet.
Petrol cars produce CO2 as a combustion by-product, so it might be said that whatever the fastest car in the world is the fastest CO2 car. There are no cars powered by CO2 - obviously - as any chemical reaction starting with CO2 needs energy to produce another substance. There might be a car somewhere powered by compressed CO2, but this will stop moving when it runs out of pressure. Consequently the fastest CO2 car is a parked car.
Aerodynamics of the car, the size of the wheels, the weight of the car, and the size of the CO2 cartridge.
If you take in the factor of the manufacturing process to build the assembled components, then a solely electric car gives off a percentage of metric tons of CO2. If you are basing solely on the car, then no, a true electric car gives off only the CO2 of the driver. A hybrid (gas/electric) car gives off a nominal amount of CO2 and CO due to the gas engine. Different cars, different amounts.
Doesn't the driver ( and any passengers ) in the car emit CO2 as well, so you are not comparing like with like.You must compare CO2 from Car, driver and passengers with CO2 emitted by cyclist to be more accurate.You will need to divide the CO2 for car driver and passenger by number of occupants of car to get CO2 per person per journey
Yes, if you're using the co2 car on Earth. All of Newton's laws will affect every moving object on Earth, and your co2 car is no exception.