Surface area, surface roughness, material composition are all factors.
The two variables that affect friction are the surface roughness of the materials in contact and the force pressing the surfaces together. As the roughness increases or the force increases, friction typically increases as well.
Two variables involved with friction are the nature of the surfaces in contact and the force pressing the surfaces together. The roughness or smoothness of the surfaces, as well as the weight or load applied on them, can affect the amount of friction generated.
The variables for a mouse trap car could include factors such as the weight of the vehicle, the size of the wheels, the type of propulsion system used (rubber band, mousetrap spring), and the surface friction of the wheels on the ground. Each of these variables can affect the performance and efficiency of the mouse trap car.
The force of friction between a wooden block and a surface is determined by the normal force pressing the block onto the surface and the friction coefficient between the two materials. Additionally, the surface area of contact and the roughness of the surfaces can also influence the force of friction.
The variables affecting the speed of a ball rolling on grass versus dirt include the coefficient of friction between the ball and the surface, the roughness of the surfaces, and the presence of any obstacles or inclines. Grass typically has a higher coefficient of friction than dirt, which can slow down the ball's motion. Additionally, dirt surfaces may be more compacted and smoother, allowing the ball to roll faster with less resistance compared to grass.
As a rule, sliding friction is greater to overcome than fluid friction. However, the variables could be manipulated to show it in both lights. The mass, weight, surface area, types of surfaces, speed, ect... are all variables in which the amount of force is needed to overcome sliding friction. While density and viscosity are major variables in fluid friction.
The two variables that affect friction are the surface roughness of the materials in contact and the force pressing the surfaces together. As the roughness increases or the force increases, friction typically increases as well.
Two variables involved with friction are the nature of the surfaces in contact and the force pressing the surfaces together. The roughness or smoothness of the surfaces, as well as the weight or load applied on them, can affect the amount of friction generated.
Friction= (coefficient of friction)(normal reaction) If you don't have the friction or the coefficient of it I'm sure you must have been given something else. Could you add the exact question to the discussion ?
The variables for a mouse trap car could include factors such as the weight of the vehicle, the size of the wheels, the type of propulsion system used (rubber band, mousetrap spring), and the surface friction of the wheels on the ground. Each of these variables can affect the performance and efficiency of the mouse trap car.
The force of friction between a wooden block and a surface is determined by the normal force pressing the block onto the surface and the friction coefficient between the two materials. Additionally, the surface area of contact and the roughness of the surfaces can also influence the force of friction.
X, Y, hspeed, vspeed, friction, gravity, gravity_direction, image_index, image_speed.Incomplete list, there are dozens.
Test variables are the factors that are intentionally changed or manipulated by the researcher in an experiment, whereas outcome variables are the factors that are measured and affected by the test variables. Test variables are the independent variables that are controlled by the researcher, while outcome variables are the dependent variables that change in response to the test variables. The relationship between the test variables and outcome variables is explored to determine the effect of the test variables on the outcome variables.
Depending on the variables such as speed, distance, friction. Also time is only an illusion so how long it would take to get from point A to B would unexplainable.
The variables affecting the speed of a ball rolling on grass versus dirt include the coefficient of friction between the ball and the surface, the roughness of the surfaces, and the presence of any obstacles or inclines. Grass typically has a higher coefficient of friction than dirt, which can slow down the ball's motion. Additionally, dirt surfaces may be more compacted and smoother, allowing the ball to roll faster with less resistance compared to grass.
There are three types of variables tested: manipulated variables, controlled variables, and experimental variables.
The coefficient of friction between wood and carpet can vary depending on the specific materials involved, but generally falls between 0.3 and 0.6. It's important to note that this value may change based on factors such as the type of wood, the type of carpet, and any other variables present in the interaction.