Graphical Representation of Linear Equations Part-I

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Language of video: EN (English)

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01h 05m on-demand videos

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Level:
Beginner
What are We Going to Teach:

Students will learn about Graphical Representation of Linear Equations

Target Audience:
  • Students, businessmen and general public
Course objective:
  • How to geometrically represent a linear equation in one variable?
  • How can we geometrically represent a linear equation in two variables when only one variable is given?
  • How to draw the graph of linear equation in two variables?
  • How to draw a linear equation for taxi fare and distance covered. Also how to draw its graph?
Course prerequisites:
  • Basic knowledge of Algebra and Geometric concepts

Description :

1. How to geometrically represent a linear equation in one variable?

2. How can we geometrically represent a linear equation in two variables when only one variable is given in the question?

3. How to draw the graph of linear equation in two variables?

4. How to write the equations of two lines passing through a solution given in the question? How many more such lines are there, and why?

5. If a point (i.e. values of x and y given) lies on the graph of a linear equation in two variables, then how to find the value of coefficient of one variable given in the question?

6. The taxi fare in a city is given in the question where fare for first km. is given and the rate of fare for subsequent distance is given per km. Distance covered and total fare are given in the question as x km. and Rs.y respectively. How to write a linear equation for the above information and also to draw its graph.

7. What is the meaning of Linear equation in two variables?

8. What is the standard form of Linear Equation in two variables?

9. What is the highest power of x and y in the Linear equation?

10. What is the shape formed when we graphically represent a linear equation in two variables?

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Course Content : Expand all sections

  • 1 sections
  • 5 lectures
  • 01h 05m total length

After going through this course, the students will understand: Any equation which can be put in the form ax + by + c = 0, where a, b and c are real numbers, and a and b are not both zero, is called a linear equation in two variables. The highest power of x and y in the equation is 1. The number multiplied to variable is called coefficient. The geometrical (i.e., graphical) representation of a linear equation in two variables is a straight line. The solution of a linear equation is not affected when: (i) the same number is added to (or subtracted from) both the sides of the equation. (ii) you multiply or divide both the sides of the equation by the same non-zero number. A linear equation in two variables has infinitely many solutions.

How to geometrically represent a linear equation in one variable? How can we geometrically represent a linear equation in two variables when only one variable is given in the question?

How to draw the graph of linear equation in two variables?

How to write the equations of two lines passing through a solution given in the question? How many more such lines are there, and why? If a point (i.e. values of x and y given) lies on the graph of a linear equation in two variables, then how to find the value of coefficient of one variable given in the question?

The taxi fare in a city is given in the question where fare for first km. is given and the rate of fare for subsequent distance is given per km. Distance covered and total fare are given in the question as x km. and Rs.y respectively. How to write a linear equation for the above information and also to draw its graph.

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