# Angle of Deviation Calculator

## Table of Content

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Angle of deviation calculator helps you find the angle by which light rays change their direction when passing through a prism or any refractive medium, such as glass or water. This is important in optics and physics to understand how light behaves in different materials.

## Steps to Use Angle of Deviation Calculator:

You don’t need to get involved in manual calculations because our Angle of Deviation Calculator handles all the complex math calculations easily. Just provide some necessary inputs, and you're good to go:

What to Enter?

• Choose the Parameter: First, Select the unit of the angle of deviation
• Insert Values: Enter the values into their field accordingly, such as:
• Angle of Incidence
• Angle of Emergence
• Angle of Prism

What will you Get?

• Angle of Deviation: The angle of deviation based on your chosen parameters along with step-by-step calculations

## Angle of Deviation Formula:

Here’s the basic formula for angle of deviation:

D = I + E – A

Where,

• D – Angle of Deviation
• I – Angle of Incidence
• E – Angle of Emergence
• A – Angle of Prism

## How to Find Angle of Deviation?

Calculating the angle of deviation is quite simple, let's take a look at an example through which you can make your concepts clear. You can also use our angle of deviation calculator for this purpose.

### Example:

Suppose you have a beam of light entering a prism with an angle of incidence of 45 degrees and an angle of emergence of 30 degrees. The prism itself has an angle of 60 degrees.

### Solution:

you can calculate the angle of deviation by using the formula, such as:

Angle of Deviation = Angle Of Incidence + Angle of Emergence – Angle of Prism

Data we have:

• Angle Of Incidence: 45 degrees
• Angle of Emergence: 30 degrees
• Angle of Prism: 60 degrees

Now apply the formula:

Angle of Deviation = 45 degrees (Angle Of Incidence) + 30 degrees (Angle of Emergence) - 60 degrees (Angle of Prism)

Now, let's calculate it step by step:

Angle of Deviation = 45 degrees + 30 degrees - 60 degrees

Angle of Deviation = 75 degrees - 60 degrees

Angle of Deviation = 15 degrees

So, in this example, the angle of deviation is 15 degrees. This tells you how much the light beam changes direction when it passes through the prism.

## FAQs:

### What is the Angle of Deviation?

The angle between the incident ray and the emergent ray, when a light ray passes through a prism, is known as the Angle of Deviation and it is denoted as delta δ (angle of deviation symbol).

### What Factors Affect the Angle of Deviation?

The angle of deviation is affected by the following factors:

• Type of prism: Different materials have different refractive indices, which means that they bend light by different amounts. For example, a prism made of glass will bend light more than a prism made of plastic.
• Angle of incidence: The angle at which the light enters the prism affects how much the light is bent. The greater the angle of incidence, the greater the angle of deviation.
• Angle of the prism: The angle of the prism also affects how much the light is bent. The greater the angle of the prism, the greater the angle of deviation.
• Wavelength of light: Different wavelengths of light have different refractive indices, which means that they are bent by different amounts. For example, blue light is bent more than red light.

### What are the Real-life Applications of the Angle of Deviation?

The angle of deviation is used in many practical ways, such as:

• Cameras and Telescopes: It helps make clear pictures
• Fiber Optics: It helps with fast internet and data transfer
• Lasers: It's used to make lasers work right
• Architects: It helps plan how light comes into buildings
• Entertainment: It's used for cool lighting effects at shows
• Making Rainbows: It's how we make pretty rainbows in prisms

## References:

Vedantu.com: What is a Prism?  What is The Angle of Deviation in Prism? ### Alan Walker

Studies mathematics sciences, and Technology. Tech geek and a content writer. Wikipedia addict who wants to know everything. Loves traveling, nature, reading. Math and Technology have done their part, and now it's the time for us to get benefits.