Found 26 Articles for Motion

Introduction Radial acceleration is commonly seen when the external force is applied to an object and according to the Second law of Newton acceleration none on the velocity of a particular object in respect of time. It includes the vector quantity that refers to both magnitudes as well as the direction of the force. The measurement unit of radial acceleration is $\mathrm{ms^{-2}}$. Simply, the radial acceleration refers to the particular proportion of the velocity and the total time taken by an object. As per the two types of motion of an object, the radial acceleration is also different ... Read More

Introduction Difference laws regard the motions and the rest is the highlight of the tutorial. Momentum and inertia are the essential topic of physics which relates to the action of movement or motion. The acceleration plays a great role in accomplishing the difference between the inertia and momentum. This tutorial highlights the difference between the resistance and applied force which are accordingly inertia and momentum. About Inertia Resistance refers to a force that can alter the change in the velocity of that particular object. Resistance power sometimes also refers to a force that is applied from outside by ... Read More

Introduction The significant history of transportation says that humans started their journey by travelling on foot for going to various places. After that, wheels are invented and with the invention, the use of animals for transportation became popular. Horse rides became popular and then the roads and railways, and airways came into use. It is said that the main modes of transport are land transport, water transport, and air transport. Introduction of Transportation History Transportation history is related to the starting of the human era. It is seen that the history of transportation changes with time. Humans first start ... Read More

Torque is a wider topic in physics that has different applications despite its concerns with automobiles. The rotational axis is defined as the point at which the material is rotating. Consider an instance of opening a locked door, where the torque is put over three times. The key is turned to unlock, the doorknob is turned and the door is pushed to get open. Torque is referred to as the product multiplication of a radius vector which is represented by the symbol T. Torque is usually considered when a car's speed, force or power is comprehended. In the ... Read More

Introduction The concept of motion refers to an object’s change in position within a given interval of time. Speed is one of the essential aspects that make motion noticeable when an object experiences motion in real-time. Apart from speed factors like the velocity, displacement, time, acceleration and distance matter, especially when defining the motion of an object. An object can be fast-paced or slow-paced and based on its real-time speed; the motion of the object can be defined as slow motion or fast motion. Definition of Slow and Fast motion The speed of an object can be defined ... Read More

Introduction The kinetic energy value of a centre of mass and of an extended object can be expressed with rotational kinetic energy. Both the linear and the rotational kinetic energy is developed based on the work-energy principle in a parallel manner. The representation of the rotational kinetic energy is done based on the particular axis of the object’s rotation. Rotational Kinetic energy: Analysis During the time of an object’s rotation, rotational energy occurs. A significant part of total kinetic energy is named rotational energy. The moment of inertia occurs at the time when the rotational energy occurs separately based on ... Read More

Introduction The rolling motion refers to the combination of a type of translation motion as well as a rotational motion of an object. For example, in a machinery body, the rolling motion differs from the mass centre motion, which also signifies a type of translation motion of that particular body. During the time of the rolling motion of a machinery particle, the surface gets in close contact for a temporary period. During the rolling motion of a rigid body without slipping the particular object comprises the translational force, as well as rational motions during the surface contact, is ... Read More

Introduction The Rigid body can also be described as particles collection with the property where the distance between particles is unchanged at the time of course of motions of the body. The axis around which the body keeps rotating either in a circular path is called the axis of rotation. The dynamics and kinematics of rotation of a rigid body mainly take place around an axis. Here the axis that is fixed is determined to be fully analogous to those of linear motion along one fixed direction and is considered to be in the rotational motion. What is motion? ... Read More

Introduction The rigid body is considered as translational zero or negligible deformation. It is also determined as the body that has continuous mass distribution. The rigid body basically has 2 different types of motions that are translational motion and rotational motion. The rigid body when travelling with these types of motions is travelling with displacement in an equal time interval. In the case of the transitional motion the body will travel with same displacement in an equal time interval and in other cases that as rotational motion the body will travel with the same angular displacement in an equal time ... Read More

Introduction Relative speed is calculated by assessing the difference between two moving things that are travelling in the same direction. When moving things travel in the opposite direction, the speed of both the objects is calculated to compute the relative speed of the objects that are moving in different directions. What is Relative Speed? The idea of relative speed is applied when two or more bodies (objects) travel at a certain speed in the same or different directions. Therefore, relative speed can be defined as a concept that calculates the speed of one moving body concerning another body, travelling at ... Read More