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How do the constraints affect motion of a mechanical system?
Constraints in a mechanical system restrict the motion of its components to specific paths or ranges. They can limit the degrees of freedom, dictate the direction or magnitude of motion, and influence the overall behavior. Understanding and appropriately applying constraints are crucial for designing, analyzing, and controlling the motion of mechanical systems.
What is the motion of an out ball in volleyball?
foul
What must be present in order for an object to move?
For an object to move, a force must be applied to overcome any inertia or resistance to motion. This force can be exerted by external sources like gravity, friction, or propulsion systems. Additionally, the object must be free to move without any constraints that would prevent its motion.
What is the motion in spiking volleyball?
to spike a volleyball you swing your arms behind your back and when you jump you reach for the ball, spiking it with your wrist.
What is the name of the skill used in volleyball to put the ball in motion?
serve
Is serving a volleyball like newtons second law of motion?
yea
What are constraints in classical mechanics?
In classical mechanics, constraints are restrictions placed on the motion of a system. They can be holonomic (expressed by equations involving only the coordinates and time) or non-holonomic (involving velocities or time). Constraints play a crucial role in analyzing the dynamics of mechanical systems and determining their possible motions.
What type of friction is harder to overcome?
Static friction is typically harder to overcome compared to kinetic friction. This is because static friction prevents the initial motion of an object, requiring more force to overcome the resistance. Once the object is already in motion, kinetic friction comes into play, which requires less force to maintain motion.
How hard do you have to hit the volleyball ball for it to go down?
you hve to hit the ball with a downward motion :)
How is science related to volleyball?
Volleyball is played for athletic rather than scientific reasons, however, if you wanted to you could use the motion of the ball as an example of ballistic motion as described by Newtonian mechanics and the law of gravity. There is also quite a bit of chemistry involved in the manufacture of volleyballs.
True or false the force needed to overcome kinetic friction is useally greater than that needed to overcome static friction?
False. The force needed to overcome static friction is typically greater than that needed to overcome kinetic friction. Static friction is the resistance to motion when an object is at rest, while kinetic friction is the resistance to motion when an object is already in motion. Static friction requires more force to overcome because it is necessary to break the initial "stickiness" between the surfaces.
How is projectile motion evident in volleyball?
Projectile motion is evident in volleyball when a player serves the ball or spikes it over the net. The ball follows a curved path as it travels through the air, subject to both horizontal and vertical components of motion. Factors such as the angle of launch, initial velocity, and gravity all influence the trajectory of the ball during gameplay.
