Motion in a plane: Vector quantities, projectile motion

An object with magnitude and direction is called a vector. This quantity is represented mathematically or geometrically. A vector consists of initial points and terminal points, represented by arrows. The arrow shows a direction equal to the quantity, and a length equal to the magnitude of that quantity. Vectors do not have positions, even though […]

In Physics, force, velocity, speed, and work are usually classified as scalar or vector quantities. Scalar quantities only have magnitude but no direction. Vectors consist of both magnitude and direction. A quantity with a magnitude but no direction is defined as a scalar quantity, often denoted by a number, followed by a unit. An excellent

In physics, mathematical quantities are used to define the motion of objects. These mathematical quantities are of two types: vector quantities and scalar quantities, and we will discuss their representation and the product of those quantities. We will also come across terms such as distance, displacement, acceleration, speed, and velocity. The vector is a quantity

Suppose we have a function and we need to find the area of it. For that, integration comes into place. We can explore integration in mathematics deeply, but here, we will use it for the derivation of equations and for solving numericals.   In general, we have three equations of motion as we all know. And

There are roughly two types of physical quantities: scalar and vector. A scalar quantity has only magnitude. However, a vector has both magnitude and direction.  Vectors can be added using methods like the triangle method, parallelogram method, or component method. These methods help summarize the results of addition.  This blog is about the resolution of

An object with magnitude and direction is called a vector. We can represent such a quantity mathematically or geometrically.  A vector consists of initial points and terminal points represented by arrows. The arrow has a direction equal to that of the quantity. The arrow’s length is equal to the magnitude of that quantity.   Vectors do

 In this article, we will discuss the concept of the frame of reference. A frame of reference is a system of coordinates used to identify a location or direction in space. The most commonly used frame of reference is the cartesian coordinate system. In this system, the x-axis, y-axis, and z-axis are used to identify

In Physics, terms like force, velocity, speed, and work are classified as scalar or vector quantities. Scalar quantities are physical quantities with magnitude and no sense of direction. Vectors consist of both magnitude and direction. Therefore, operations such as addition and multiplication can be easily performed on them. Multiplication, in particular, can be done in

Physicists use a wide variety of mathematical quantities. These words include acceleration, velocity, speed, force, work, and power. These different numbers are often referred to as “scalar” and “vector.” Vectors are a type of geometric entity with magnitude and direction. Vectors have a starting point and a terminal point that represents the point’s final position.