Answer:
Name at least 5 of your daily activities and describe how motion takes place
Motion was described as the shift in displacement over time. It can also be characterized as a shift in an object's location. As a consequence, whether the displacement or direction does not change, there is no motion.
Here are ten (10) examples of activity that has no motion:
1. Holding an object
2. Standing
3. Listening
4. Carrying an object
5. Thinking
6. Swinging a pendulum
7. Lever-pulling such as pulling a nail with a hammer
8. An elevator going up or down the building using pulley system
9. Throwing a ball upward during a volleyball game
10. Race cars driving toward the finish line
On the other hand, the activities that do not involve any motion are the following:
1. Sleeping
2. Smelling
3. Looking
4. Breathing
5. Sitting
In physics, motion is the process of which an object's orientation varies over time. Displacement, distance, momentum, inertia, speed, and time are all mathematical concepts used to describe motion. A body's motion is observed by applying a frame of reference to an observer and observing the change in direction of the body relative to that frame as time passes. Kinematics is the branch of physics that studies forces and their effects on motion; dynamics is the branch that studies forces and their effects on motion.
An object is considered to be at rest, motionless, immobile, inert, or to have a fixed or time-invariant location with respect to its surroundings if it does not shift relative to a given frame of reference. Real motion cannot be measured since there is no absolute frame of reference. As a result, everything in the world can be thought to be in motion.a
Motion applies to objects, bodies, matter particles, matter fields, electromagnetic, radiation rays, radiation particles, curvature, and space-time. Picture, form, and boundary motion can also be discussed. In general, motion denotes a constant movement in the locations or arrangement of a physical system in space. For example, one may discuss wave motion or quantum particle motion, where the arrangement consists of probabilities of occupying specific positions.
The main quantity momentum is a unit of measuring for a body's motion. The momentum of an object increases with its mass and velocity. According to the law of conservation of momentum, the overall momentum of all objects in an independent system (one that is not influenced by external forces) does not shift over time. The motion of an object, and therefore its momentum, cannot shift until a force acts on the body.
