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Kinematics of Linear Motion
Rating: 4.5 out of 5(9 ratings)
507 students

Kinematics of Linear Motion

Basic understanding the concepts of Linear motion.
Last updated 3/2021
English

What you'll learn

  • Basic Concepts of Kinematics of linear motion
  • Uniform accelerated motion and its problem
  • Variable accelerated motion and its problem
  • Motion under gravity and its problem
  • Motion Diagrams and its problem

Course content

5 sections9 lectures45m total length
  • Introduction9:32

    Mechanics is the branch of applied science which deals with the bodies which are in state of rest condition or in motion.  It gets classified into statics and dynamics. Statics is the branch of engineering mechanics which deals with the bodies which are in state of rest condition whereas the dynamics deals with the bodies which are in motion. Dynamics also gets divided into Kinematics and kinetics. Kinematics is the branch of dynamics which deals with the bodies which are in motion without considering the forces which has caused the motion. In this video, students will understand the basic terms related to Kinematics.

  • Basic concepts of Kinematics of linear motion

Requirements

  • Be able to understand the basic trignometery
  • Be able to know the basic knowledge of motion
  • Classification of Engineering Mechanics

Description

Mechanics gets classified into statics and dynamics. Dynamics may be broken down into kinematics and kinetics. Kinematics deal with displacement, velocities and accelerations without concern for the forces involved. Kinetics deal with the forces and moments involved in making the body move along with the measurement of various parameters describing the motion. Kinematics is included which studies the motion without considering the forces which caused the motion. In this course, learner will learn the basics of Kinematics of linear motion (i.e. the motion of the object in a straight line),  the difference between uniform accelerated motion and variable accelerated motion, motion under gravity in which Weight is a force and is measured in Newtons or kg m/s/s . Mass is measured in kilograms (kg) and gravity is an acceleration (m/s/s). For objects reasonably close to the Earth’s surface, gravity is approximated as 9.8 m/s/s (in some questions it may say use g=10 m/s/s). In the absence of air resistance, like in a vacuum, all objects will fall to the ground at the same rate regardless of their mass, shape and size and the problems associated with each term. Also at the last, motion diagrams are included for better graphical understanding of the terminologies. Learner is encouraged to go through the terms for better understanding of the basic concepts.

Who this course is for:

  • First Year Engineering Students
  • Students who are interested in learning the kinematics
  • Students who are interested in learning engineering mechanics