Heron's Formula and its applications to Quadrilaterals

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Language of video: EN (English)

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3336648h 55m on-demand videos

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Level:
Beginner
What are We Going to Teach:

Students will about the Heron's Formula and its applications to Quadrilaterals

Target Audience:
  • This course is for the students of mathematics.
Course objective:
  • What is Heron's formula?
  • What is the meaning of Quadrilateral?
  • Whether Heron’s formula can be applied to find the area of Quadrilateral?
  • How and when Heron's formula is used to find the area of quadrilateral, rhombus and trapezium?
Course prerequisites:
  • The basic understanding of geometry and algebra is required before taking up this course.

Description :

1. What is Heron’s formula?

2. What is the meaning of semi-perimeter? How it is arrived at?

3. What is the meaning of perimeter? How it is calculated?

4. What is the meaning of Quadrilateral? What are some common examples of quadrilaterals?

5. Whether Heron’s formula can be applied to find the area of Quadrilateral?

6. What is meant by a rectangle?

7. What is the meaning of rhombus?

8. What is meant by a trapezoid?

9. What is the meaning of kite?

10. What are the formulas for calculating the area of parallelogram, trapezium and square?

11. How to find the area of quadrilateral with the help of Heron’s formula when all the four sides are given and one angle is 90^0?

12. How to find the area of rhombus with the help of Heron’s formula when length of all four sides is same and diagonal is given?

13. If we divide the quadrilateral into two triangles and calculate the area of each triangle with the help of Heron’s formula, then how the area of quadrilateral is arrived at?

14. How to find the area of trapezium with the help of Heron’s formula when the length of its parallel as well as non-parallel sides is known to us?

15. How to calculate the cost of fencing a triangular park when the length of all its sides, the length of gate on one side and the rate of fencing is given?

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Course Content : Expand all sections

  • 1 sections
  • 7 lectures
  • 3336648h 55m total length

00:01:23

After going through this course, the students will understand:  What is Heron’s formula and when it is used?  What is the meaning of Quadrilateral? What are the common examples of quadrilaterals?  They will understand with the help of examples how the Heron’s formula can be extended to find the area of quadrilaterals?  How to find the area of rhombus with the help of heron’s formula when diagonal is given?  How Heron’s formula can be helpful in finding the area of trapezium?  How the cost of fencing a triangular park can be calculated with the help of Heron’s formula?

What is Heron’s formula? What is the meaning of semi-perimeter? How it is arrived at? What is the meaning of perimeter? How it is calculated? What is the meaning of Quadrilateral? What are some common examples of quadrilaterals?

Whether Heron’s formula can be applied to find the area of Quadrilateral? What are the formulas for calculating the area of parallelogram, trapezium and square? How to find the area of quadrilateral when length of each side and its diagonal is given?

How to find the area of quadrilateral with the help of Heron’s formula when all the four sides are given and one angle is 90 degrees?

How to find the area of rhombus with the help of Heron’s formula when length of all four sides is same and diagonal is given?

How to find the area of trapezium with the help of Heron’s formula when the length of its parallel as well as non-parallel sides is known to us?

How to calculate the cost of fencing a triangular park when the length of all its sides, the length of gate on one side and the rate of fencing is given?

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