o yahhh
From the floor to the top of the tank
The height of a rocket as a function of time is h (t) = 60t^1.5 where h is in meters and t is in seconds. Air temperature is a function of height according to the function T (h) = 300 - h/m where m is a constant, T is measured in kelvins (K), and h in meters. Plus log(x=5)
An altimeter actually measure brometric (atmospheric) pressure, which converts to height above sea level
THe ideal amount is 50% air pressure and 50% water. SHoot from 4-6 bar. I got mine to 92 meters
Height is measured in meters, the same as length or distance.
A Rocket can be 400ft tall!
only the height of it. for example water in a container then, you can measure the depth
Jean Le Bot's first water rocket was launched in 1888. It was a pioneering experiment where he used water propulsion to launch a rocket. The rocket successfully reached a height of 12 meters before coming back down. This event laid the foundation for further developments in water rocket technology.
you multiply length x width x height or pour water into container and measure the height, put object in water and measure the water level subtract the water level before and after and that will be your volume
Water volume: the amount of water used inside the rocket affects its mass and propulsion force. Air pressure: the pressure inside the rocket determines the launch force. Nozzle size: the diameter of the rocket's nozzle influences the speed and direction of the water expelled. Rocket design: the shape and weight distribution of the rocket impact its stability and flight trajectory. Launch angle: the angle at which the rocket is launched affects its initial ascent and eventual height.
Not necessarily. The height a water rocket reaches is determined by factors such as water volume, air pressure, and launch angle rather than just the rocket's size. Other variables like weight and aerodynamics also play a role in how high a water rocket can go.
1) Measure the height of water in a beaker or a bowl. (First Measurement) 2) Place the object in the water. 3) Measure the height of the water while the object is still in the water. (Second Measurement) 4) Subtract your first measurement from your second measurement.
take a jar and fill it with water. then put the figure in the water and measure the difference in height of the water.
To measure a hot water cylinder, you typically need to measure its height and diameter. Use a tape measure to determine the height from the floor to the top of the cylinder and the diameter across the widest part. These measurements will help determine the cylinder's capacity and size for replacement or installation purposes.
The maximum height reached by a rocket in a physics problem involving a rocket launch is determined by factors such as the initial velocity of the rocket, the force of gravity, and air resistance. This height is typically calculated using equations of motion and can vary depending on the specific conditions of the launch.
That depends what aspect of the glass of water you want to measure: its height, its volume, its mass, its index of refraction, etc.
Having the right amount of water in a bottle rocket is crucial for optimal performance. Too much water can make the rocket heavy and affect its height, while too little water can lead to a premature ejection of the compressed air, reducing thrust. It's recommended to find the right balance for the best launch.