Motion Review
TEST
Embedded Files
Miguel Angel Hernandez Gutierrez - Emmanuel Hernandez Avila - Diego René Pando Gómez
URM, UAM, FREE FALL and VERTICAL MOTION
URM, UAM, FREE FALL and VERTICAL MOTION
U.R.M
U.R.M
URM: Uniform rectilinear motion is a type of motion in which an object moves in a straight line at a constant speed without changing the direction. It is a simplified concept used in physics to understand basic motion principles.
U.A.M
U.A.M
UAM: Uniform Accelerated Motion, is refering to the motion of an object that is changing its velocity at a constant rate.
Described by equations of motion where the acceleration is constant.
Free Fall
Free Fall
FREE FALL: The motion of an object under the influence of gravity alone, with no other forces acting on it.
In a vacuum or near the surface of the Earth, all objects will experience the same acceleration due to gravity, which is approximately 9.8 m/s² on the Earth's surface. This acceleration causes objects to fall at an increasing rate until they reach their terminal velocity (if air resistance is considered) or hit the ground.
Vertical Motion
Vertical Motion
VERTICAL MOTION: The movement of an object along the vertical (upward or downward) axis.
Often associated with the effects of gravity. Objects in vertical motion can be in free fall or experience other orces, such as air resistance or propulsion, which can affect their vertical motion.
VIDEOS
URM
UAM
FREE FALL AND VERTICAL MOTION
REFLECTION
What we have seen in this partial were the different types of motion (movement) that surround us, those being: Uniform Vertical Motion which is the simplest, since it is where the object only travels through almost a straight line at a constant speed. The next one its like the same but has acceleration, Uniform Accelerated Motion. The other one is Free Fall, which is the fall of an object but without counting the friction with air. The last one fixes the problem of free fall, due that this one counts other forces like friction with air.
All of the four topics seen are really relevant on how we see and do things reguraly, you see, most of the things we do involve one of these. Simple things like just picking up stuff ¡, moving around, pushing things, carrying stuff...etc. Each one involves movement in a particular way, if we wish to get more specific on what and how we do it, we can use the procedures and theory behind each topic reviewed.
By doing this whole site thing, we concluded that even tho each topic has and uses different formulas or methods, they all involve the movement as a general approach...
Migue, Pando, Emma.
Preparatoria UPAEP Lomas
Basic Physics - Aranxa Cepeda Lestrade
emmanuel.hernandez@upaep.mx / miguelangel.hernandez@upaep.mx / diegorene.pando@upaep.mx
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