# Physics Formulas – Definition, Equations, Examples

Learning Physics is all about implementing concepts & its derivations to solve the problems. Well, this article provides you exactly what you require to solve the physics problems. Physics Questions will always be challenging to students and it challenges your skills and physics knowledge. Some of the major tasks that students should face while solving the physics questions are Examine what numerical are given and asked in the problem, Applying the correct physics formula or equation, and Filling in the values and calculating properly.

In order to get success in these types of challenges, everyone wants to have an adequate understanding of physics formulas along with its concepts. Hence, we are providing a comprehensive list of physics formulas in this article, which will act as an intermediary reference at the time of solving physics problems. Also, you can make use of this physics equations list as a quick revision before an exam.

## List of Physics Formulas & Equations

Physics is the most basic subject of all sciences, and also it seems very harder to master. Basically learning physics is nothing but studying the basic laws which lead our universe. One can master in physics if they understand the theories thoroughly, and also they can easily identify the relation between the quantities or numbers by which they can form the formulas, derive it and learn simply.

Students who are looking for physics formulas can grab the list from this page and utilize them to revise daily and before your exams. While memorizing the physics formulas, first of all, try to understand what a formula says and means, and then what physics relation it outlined. If you comprehend the physics topics underlying those formulas, deriving & memorize them will be easy for you. So, use the list of physics equations available over here and solve the basic physics problems very easily & quickly.

### 1) Average Speed Formula:

The average speed is the average of speed of a moving body for the overall distance that it has covered.

S = $$\frac{d}{t}$$

Where,

 S Average speed d Total distance traveled t Total time is taken

### 2) Acceleration Formula:

Acceleration is defined as the rate of change in velocity to the change in time. It is denoted by symbol a.

a =$$\frac{v-u}{t}$$

where,

 a Acceleration v Final Velocity u Initial Velocity t Time taken

### 3) Density Formula:

The density of material shows the denseness of it in a specific given area.

$$\rho = \frac{m}{V}$$

Where,

 ρ $\rho$ Density m Mass of the body V The volume of the body

### 4) Newton’s Second Law:

According to Newton’s second law of motion, the force can be expressed by the product of mass and acceleration of the body.

F = m ×  a

Where,

 F Force m Mass of the body a Acceleration in velocity available

### 5) Power Formula:

The capacity to do some work is termed as Energy. The Energy spent to do work in a unit amount of time is termed as Power.

P=$$\frac{W}{t}$$

Where,

 P Power W Work done t Time taken

### 6) Weight Formula:

Weight is not anything but the force which an object experiences due to gravity.

W=mg

Where,

 W Weight m Mass of the body g Acceleration due to gravity

### 7) Pressure Formula:

The pressure is defined as the amount of force applied per unit area of the object.

P=$$\frac{F}{A}$$

Where,

 P Pressure F Force applied A Total Area of the object

### 8) Kinetic Energy formula:

Kinetic energy is the energy that is possessed by a body due to its state of motion.

E = $$\frac{1}{2}mv^2$$

Where,

 E Kinetic Energy m Mass of the body v The velocity with which the body is traveling

### 9) Ohms Law Formula:

Ohms law says that the current running through some conductor material is directly proportional to the potential difference between two endpoints of the conductor.

V= I × R

Where,

 V Voltage measured in Volts I Electric current flowing through the conductor in amperes. R The resistance of the material in ohms.

### 10) Frequency Formula:

Frequency is the revolutions completed per second or as the number of wave cycles.

f= $$\frac{V}{\lambda}$$

Where,

 f Frequency of the wave V Velocity or wave speed λ $\lambda$ The wavelength of the wave

### Final Words

This is the list of some of the important physics formulas that are used by all class students mostly to solve physics problems. Every branch of physics theory is replaced with countless formulas. If you grasp the underlying theory behind the formulas then physics will be easier for you. So, don’t just mug up the physics formulas mentioned here for the sake of exams, understand them, and relate them with every physics concept and be a creative student in your class.

If you need Maths and Chemistry Formulas list to solve problems easily and score better marks in the final board exams, then visit our site and get an updated list of formulas and equations for better preparation.

### Frequently Asked Questions on Physics Formulas

1. Where can I find all the formulas of Physics?

You can discover all major and commonly used physics formulas from the above list provided over here and whenever you need them, you can use them for free within no time.

2. What are the major formulas in physics?

Basic Formulas in Physics are provided below for the sake of students. So, let us have a loot at them before solving the physics problems:

• v=u+at
• s=ut+1/2at^2
• v^2-u^2=2as
• F=ma
• P=force/area

3. How Can I learn Scientific Formulas?

One of the finest ways to understand and learn the physics formulas is practicing & memorizing the derivation of the formula. Solve the example sums with the formula and read the formulas fluently in a day. Use the memory palace and jot down all the formulas in an understandable way and memorize them easily.

4. How to Memorize Physics Formulas?

There are four three steps you should follow to memorize all physics formulas. They are as under

1. Using Mnemonic Devices
2. Understanding Each Formula
3. Taking Care of Your Body

5. What are the tips to learn Physics Formulas?

Below are furnished top tips to quickly learn several Physics formulas:

• Practice concentration
• Relax your brain
• Practice as much as you can
• Minimize your reference checks
• Understand the basic concept of the formula
• Keep away with all distractions
• Learn the derivation of every formula
• Use memorizing tricks