Well, it depends on how much baking soda or ingredient you put in it so... there is no right answer! If you are going to use this answer make sure you site this website. DO NOT PLAGIARIZE!! Here is the citation in MLA format...
Ask.com - What's Your Question? Web. 22 Oct. 2010. Also if your building dry fuel model rockets, that is if you use the motors made by Estes model rocketry or some other industry you will be dealing with the speed of sound for some models. others it simply depends on how well you build it. they refer to the speed of which the models you build will fail due to construction technique your 'max velocity' this varies from modeler to modeler. If you follow the instructions for your kit you may never reach you max velocity, but you might if you aren't very good at following instructions. When scratch building it's gets a little trickier. But you will still have a max velocity that you may reach or not. It's up to your construction techniques.
An average rocket ship can travel at speeds of around 17,000 to 25,000 miles per hour in low Earth orbit. However, speeds can vary depending on the specific mission and destination of the rocket.
The first rocket, the V-2 rocket developed by Germany during World War II, traveled at a speed of around 3,500 miles per hour (5,600 km/h) during its flight.
Answer #1:the rockets need to go that fast so that it can escape the earth's gravitational pull,so if you were on jupiter, it would have to go faster.===========================Clarification #1:There's no limit to the distance over which Earth's gravity acts.But the faster you're going when you leave, the more time it takes for Earth'sgravity to slow you down, turn you around, and make you start falling back.There is a certain speed at which, mathematically, the time it takes for thatto happen becomes infinite. So, even though Earth's gravity never stops pullingto bring you back, that's the speed at which we say the rocket has 'escaped'.
Rockets move fast due to Newton's third law of motion - for every action, there is an equal and opposite reaction. When the rocket engine expels gas at high speeds through the nozzle, it propels the rocket forward with an equal force in the opposite direction. This continuous expulsion of gas at high speeds generates thrust, allowing the rocket to accelerate to high velocities in space.
Stephenson's Rocket was able to reach a top speed of around 30 miles per hour during its trials in 1829. This made it one of the fastest locomotives of its time and a significant advancement in steam locomotive technology.
If You have a powerful engine and light weight material then you could go fast.
82,394
1000kph
About 30 to 35
Yes, alot.
15
== == this rocket went for 3 seconds inthe air at 350mph
up to a whopping 15mph! :)
A rocket can go as fast as 7. 9 kilometers per second. This is equal to moving 336 miles per hour.
A block ring holds the engine firmly in the rocket tube. If not for this, the engine would go up the tube and the rocket would go on fire.
Uhhh u would crush it. Nowhere fast.
It depends on the model