The diagonals of rectangle are two heat segments that attach at two opposite vertices and are that the same size. The diagonals the the rectangle divide the rectangle right into two equal appropriate triangles. A rectangle is a two-dimensional number with four sides, 4 vertices, and four angles. Let us learn much more about the diagonals of a rectangle, your formula, and solve a few examples.

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 1 What space Diagonals the Rectangle? 2 Properties of Diagonals the Rectangle 3 Diagonal of Rectangle Formula 4 Diagonal the Rectangle Derivation 5 Angles that Diagonals the Rectangle 6 FAQs on Diagonals that Rectangle

## What space Diagonals the Rectangle?

The diagonal line of a rectangle is a line segment the joins any type of two of its non-adjacent vertices. A rectangle has two diagonals wherein each that the diagonals divides the rectangle right into two right-angled triangles through the diagonal being the hypotenuse. The diagonals bisect every other, one obtuse angle and also the other an acute angle.

## Properties that Diagonals the Rectangle

The diagonals that rectangle are line segment drawn in between the the opposite vertices the the rectangle. The nature of diagonals of rectangle space as follows:

The 2 diagonals that a rectangle room congruent. In various other words, the length of the diagonals is equal.The 2 diagonals bisect every other and divide the rectangle right into two same parts.When the diagonals bisect each other, the angles of a rectangle end up being one obtuse angle and the various other an acute angle.Since the diagonals divide the rectangle right into two right-angled triangles, the is considered the hypotenuse of these triangles.

## Diagonal of Rectangle Formula

The diagonal line of a rectangle formula help in recognize the length and also width of the rectangle. In the following rectangle, AC and also BD are the diagonals. You can see the the lengths that both AC and BD room the same. A diagonal cut a rectangle right into 2 right triangles, in i m sorry the sides space equal to the sides of the rectangle and with a hypotenuse. That hypotenuse is the diagonal.

Thus, to calculate the length of diagonals the a rectangle the formula is: d = √( l2 + w2)

Where,

d = diagonal line of rectanglel = size of the rectanglew = width of the rectangle

## Diagonal of Rectangle Derivation

The diagonal line of a rectangle formula is derived using Pythagoras theorem. Permit us take into consideration a rectangle of length "l" and also width "w". Allow the length of every diagonal it is in "d".

Applying Pythagoras theorem come the triangle ABD,

d2 = l2 + w2

Taking square source on both sides,

d = √( l2 + w2)

Thus, the diagonal of a rectangle formula is:

d = √( l2 + w2)

Where,

l = length of the rectanglew = broad of the rectangle

## Angles that Diagonals of Rectangle

The diagonals of a rectangle space of equal length and they bisect every other but do not kind right angle at the center. They form linear pairs of angles such together obtuse edge + acute angle at every of the diagonal. The rectangle is referred to as a square if that is diagonals bisect each various other at right angles together the diagonals that a rectangle perform not bisect the respective vertex angles right into equal angles. A diagonal divides a rectangle into two congruent triangles, the too best triangles with their hypotenuse being the same. Every diagonal acts as the hypotenuse for the best triangles so formed. Applying Pythagoras theorem come the triangle therefore formed, d2 = l2 + w2, whereby d is diagonal, l is length and w is the width of the rectangle. Taking square source on both sides, √(d2) = √( l2 + w2). Thus, the diagonal line of a rectangle formula is: √(l² + w²).

### Related Topics

Listed listed below are a couple of interesting topics that are concerned the diagonals of a rectangle. Take a look.

## Examples ~ above Diagonals that Rectangle

Example 1: using properties of angle of the rectangle, discover the diagonal line of a rectangle whose dimensions space 8 units and 6 units.

Solution:

The dimensions of a rectangle = 8 units and also 6 units.According to the nature of angle of the rectangle, the diagonal of a rectangle = (d) = √( l2 + w2)Length of diagonal line of rectangle = √(8)2+(6)2 = √100 = 10 units.

Therefore, the length of the diagonal of the rectangle is 10 units.

Example 2: The dimension of the display of a television is the length of the diagonal. Then discover the size of the tv whose dimensions space 18 inches and also 46 inches.

Solution:

The size of the television, l = 46 units.

The broad of the television, w = 18 units.

Using the diagonal line of a rectangle formula,

d = √( l2 + w2)

d = √( 462 + 182)

= √2440

= 49.39 inches.

Therefore, the dimension of the tv is 49.39 inches.

Example 3: If a rectangular board has actually a length of 13 inches v a diagonal line of 18 inches. What is the broad of the rectangle?

Solution:

The length of the board, together = 13 inches.

The diagonal of the board, d = 18 inches.

Using the diagonal of rectangle formula,

d = √( l2 + w2)

182 = (132 + w2)

w = √155

w = 12.4 inches.

Therefore, the broad of the rectangle is 12.4 inches.

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## Practice inquiries on Diagonals the Rectangle

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## FAQs on Diagonals of Rectangle

### What room the Diagonals that Rectangle?

The diagonals that a rectangle is a line segment the is drawn from the contrary vertices the the rectangle and bisects every other. There room two diagonals the a rectangle that space of the same length and also divide the rectangle into two equal parts. The diagonal of the rectangle divides the rectangle right into two right-angled triangles v a hypotenuse.

### What is the diagonal line Formula that Rectangle?

The formula to calculate the diagonal line of rectangle helps in finding the length of the diagonal. The formula is:

d = √( l2 + w2)

Where,

d = diagonal of rectanglel = length of the rectanglew = broad of the rectangle

### What space the properties of Diagonals of Rectangle?

The properties of the diagonals the rectangle are:

The length of the 2 diagonals is equal.The 2 diagonals bisect each other and divide the rectangle into two same parts.The length of the diagonals have the right to be obtained using the Pythagoras theorem.When the diagonals bisect each other, the angle of a rectangle end up being one obtuse angle and the various other an acute angle.When two diagonals bisect each other at 90° it is dubbed a square.

### Are Diagonals the Rectangle Equal?

The diagonals of a rectangle bisect every other and are equal. Since a rectangle is a quadrilateral, every the angle are ideal angles. A rectangle is also a parallelogram where the the contrary sides space equal.

See more: What Is The Square Of 8 ? How To Find The Square Root Of 8

### Does Diagonals of Rectangle Bisect in ~ 90°?

The diagonals that a rectangle bisect every other and each that the internal angles the a rectangle is 90° do the amount of interior angles to be 360°.