Yes, the smoothness of the surface can affect the speed of the marble. A smoother surface will result in less friction, allowing the marble to roll faster. Conversely, a rougher surface will create more resistance and slow the marble down.
Speed affects a marble by determining how fast it moves across a surface and how quickly it accelerates or decelerates. Motion affects a marble by influencing its direction and trajectory as it rolls or bounces. Both speed and motion are key factors in determining how a marble will interact with its environment.
Because the marble is steel it has more mass making it more difficult to stop. Then the question is how rough or smooth is the surface? It will certainly travel further than the customary glass marble because it has more mass.
The speed of a marble going down a ramp is influenced by the height of the ramp (which affects the gravitational potential energy) and the length of the ramp (which affects the acceleration of the marble). A longer ramp allows more time for acceleration, potentially resulting in a faster speed, while a shorter ramp may lead to a quicker descent.
The starting height of the marble affects its initial speed, which in turn influences the time it takes to reach the bottom. A marble starting from a higher height will have a greater initial speed and reach the bottom faster compared to a marble starting from a lower height.
In a game of marbles, forces such as gravity, friction, and the force applied by the player's hand are typically involved. Gravity pulls the marble downward, friction between the marble and the surface it rolls on affects its speed and direction, and the force applied by the player's hand determines the initial velocity and direction of the marble.
Speed affects a marble by determining how fast it moves across a surface and how quickly it accelerates or decelerates. Motion affects a marble by influencing its direction and trajectory as it rolls or bounces. Both speed and motion are key factors in determining how a marble will interact with its environment.
Because the marble is steel it has more mass making it more difficult to stop. Then the question is how rough or smooth is the surface? It will certainly travel further than the customary glass marble because it has more mass.
The speed of a marble going down a ramp is influenced by the height of the ramp (which affects the gravitational potential energy) and the length of the ramp (which affects the acceleration of the marble). A longer ramp allows more time for acceleration, potentially resulting in a faster speed, while a shorter ramp may lead to a quicker descent.
The starting height of the marble affects its initial speed, which in turn influences the time it takes to reach the bottom. A marble starting from a higher height will have a greater initial speed and reach the bottom faster compared to a marble starting from a lower height.
In a game of marbles, forces such as gravity, friction, and the force applied by the player's hand are typically involved. Gravity pulls the marble downward, friction between the marble and the surface it rolls on affects its speed and direction, and the force applied by the player's hand determines the initial velocity and direction of the marble.
A marble is more dense and has less surface area, so it is not affected by air resistance as much as the feather.
In general, a big marble will not necessarily go faster than a small marble if they are given the same initial push or force. The speed of a marble is determined by factors such as the force applied, friction, and air resistance. Gravity also plays a role, but it affects objects of different sizes in the same way, assuming they have the same shape and mass distribution.
You can speed up the chemical reaction between lemon juice (acid) and marble (calcium carbonate) by increasing the temperature, crushing the marble to increase surface area, or using a catalyst like citric acid to enhance the reaction rate.
The paper has more surface area and therefore more air resistance than the marble does. If you wad up the sheet of paper in a tight ball, you'll see very little difference in the falling speed.
yes, of course different surface different amount of friction
Yes, it is possible for a marble to travel at 10 ft per second or even faster depending on the force applied to it and the surface it is rolling on. The speed of the marble will be influenced by factors such as its size, weight, and friction.
it affects the weather by blowing different types of weather to different destinations