I didn't say it didn't change. What we want to see is what you think the right answer is and why. Then we can see which part of the problem, specifically in explanation, is causing you problems.zell_D said:why DOESNT it change tho?
Adding rockets to a car can greatly increase its velocity. The force generated by the rockets propels the car forward, causing it to accelerate and reach higher speeds.
Yes, depending on the strength and number of rockets used, it is possible for a car to exceed the speed of sound. However, this would require a lot of power and careful engineering to ensure the car can withstand the extreme speeds.
Rockets on a car can be dangerous if not properly handled. It is important to have proper safety measures in place, such as a strong and stable car structure, and to follow all safety protocols when launching the rockets.
Air resistance can greatly impact the performance of a car with rockets. As the car moves faster, the air resistance increases, making it harder for the car to maintain its velocity. This is why aerodynamics is crucial in designing a car with rockets.
While rockets on a car may seem like a fun and exciting concept, they are not very practical for everyday use. The amount of fuel and power needed to operate the rockets would make it extremely expensive and not suitable for regular transportation. However, they can be useful for specialized purposes such as in certain types of racing or for space exploration.