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Subjects

Mathematics

Graphical method of finding solutions.

In this Class 10 Mathematics topic from the chapter Pair of Linear Equations in Two Variables, students learn to represent each linear equation as a straight line on the Cartesian plane and identify the solution through the point where the lines intersect. The topic explains how intersecting, parallel, and coincident lines correspond to a unique solution, no solution, or infinitely many solutions. Students also practise plotting points, reading coordinates, and checking solutions graphically.

Hard · Level 3 · 25 questions

TOPIC PRACTICE

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Up to 25 questions from this page. Select your focus, then start.

25 questions

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  1. Point \(\left(5,2\right)\)
  2. Point \(\left(2,5\right)\)
  3. Point \(\left(4,3\right)\)
  4. Point \(\left(3,4\right)\)
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  1. Point \(\left(\frac{91}{17},\frac{50}{17}\right)\)
  2. Point \(\left(\frac{50}{17},\frac{91}{17}\right)\)
  3. Point \(\left(5,3\right)\)
  4. Point \(\left(6,1\right)\)
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  1. Coincident lines
  2. Parallel and distinct lines
  3. Lines intersecting at one point
  4. Lines lying on axes
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  1. Parallel and distinct
  2. Intersecting at one point
  3. Coincident
  4. Intersecting at origin
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  1. \\( (5,0) \\) and \\( (0,-9) \\)
  2. \\( (-5,0) \\) and \\( (0,9) \\)
  3. \\( (9,0) \\) and \\( (0,5) \\)
  4. \\( (0,5) \\) and \\( (-9,0) \\)
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  1. Point \(\left(-5,-9\right)\)
  2. Point \(\left(-9,-5\right)\)
  3. Point \(\left(-5,9\right)\)
  4. Point \(\left(5,-9\right)\)
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  1. Point \((7,6)\)
  2. Point \((6,7)\)
  3. Point \(\left(\frac{23}{5},6\right)\)
  4. Point \(\left(6,\frac{23}{5}\right)\)
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  1. Point \((5,3)\)
  2. Point \((3,5)\)
  3. Point \(\left(\frac{25}{7},\frac{24}{7}\right)\)
  4. Point \(\left(\frac{24}{7},\frac{25}{7}\right)\)
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  1. Point \(\left(\frac{25}{7},\frac{23}{7}\right)\)
  2. Point \(\left(\frac{23}{7},\frac{25}{7}\right)\)
  3. Point \(\left(4,3\right)\)
  4. Point \(\left(3,4\right)\)
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  1. Point \(\left(2,5\right)\)
  2. Point \(\left(4,\frac{7}{2}\right)\)
  3. Point \(\left(6,2\right)\)
  4. Point \(\left(5,2\right)\)
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  1. \(x=3,\ y=-\frac{5}{2}\)
  2. \(x=-\frac{5}{2},\ y=3\)
  3. \(x=\frac{5}{2},\ y=-3\)
  4. \(x=-3,\ y=\frac{5}{2}\)
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  1. They are coincident
  2. They are parallel and distinct
  3. They intersect at one point
  4. They are the (x)-axis
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  1. One unique solution
  2. No solution
  3. Infinitely many solutions
  4. Solution only at the origin
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  1. Point \((0,6)\)
  2. Point \((0,-6)\)
  3. Point \((7,0)\)
  4. Point \((-7,0)\)
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  1. Lines are coincident
  2. Lines intersect at one point
  3. Lines are parallel
  4. Lines pass through origin
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  1. \(\left(0,-4\right)\) and \(\left(16,0\right)\)
  2. \(\left(0,4\right)\) and \(\left(-16,0\right)\)
  3. \(\left(0,16\right)\) and \(\left(4,0\right)\)
  4. \(\left(-4,0\right)\) and \(\left(0,16\right)\)
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  1. \(\left(\frac{15}{4},-\frac{5}{2}\right)\)
  2. \(\left(\frac{5}{2},-\frac{15}{4}\right)\)
  3. \(\left(\frac{375}{10},-\frac{25}{10}\right)\)
  4. \(\left(-\frac{15}{4},\frac{5}{2}\right)\)
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  1. Point \(\left(4,5\right)\)
  2. Point \(\left(5,4\right)\)
  3. Point \(\left(6,1\right)\)
  4. Point \(\left(1,6\right)\)
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  1. Point \(\left(\frac{79}{19},\frac{113}{19}\right)\)
  2. Point \(\left(\frac{113}{19},\frac{79}{19}\right)\)
  3. Point \((4,5)\)
  4. Point \((5,4)\)
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  1. \(2x+y=5\)
  2. \(x+2y=16\)
  3. \(2x+y=9\)
  4. \(x-y=-11\)
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  1. They are the same line
  2. They intersect at one point
  3. They are parallel and distinct
  4. They are perpendicular
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  1. \((5,4)\)
  2. \((4,5)\)
  3. \((6,\frac{13}{4})\)
  4. \((\frac{13}{4},6)\)
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  1. \(\frac{10}{3}\)
  2. \(2\)
  3. \(3\)
  4. \(\frac{22}{3}\)
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  1. (6x-4y=14)
  2. (3x-2y=7)
  3. (6x-4y=20)
  4. (x-2y=7)
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  1. Point \(\left(5,3\right)\)
  2. Point \(\left(3,5\right)\)
  3. Point \(\left(4,\frac{7}{2}\right)\)
  4. Point \(\left(2,5\right)\)

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