Category Quadratic Equations

Is it possible to design a rectangular park of perimeter 80 m and area 400 m2? If so, find its length and breadth.

5. Is it possible to design a rectangular park of perimeter 80 m and area 400 m2? If so, find its length and breadth. Quadratic Equations Exercise 4.3 Solution in following PDF: [pdf-embedder url=”https://chillimath.com/wp-content/uploads/2023/03/Ncert-solution-class-10-quadratic-equations-exercise-04-03-05.pdf”] Previous Next Class 10 Quadratic Equations…

Is it possible to design a rectangular mango grove whose length is twice its breadth, and the area is 800 m2? If so, find its length and breadth.

3. Is it possible to design a rectangular mango grove whose length is twice its breadth, and the area is 800 m2? If so, find its length and breadth. Quadratic Equations Exercise 4.3 Solution in following PDF: [pdf-embedder url=”https://chillimath.com/wp-content/uploads/2023/03/Ncert-solution-class-10-quadratic-equations-exercise-04-03-03.pdf”] Previous…

Find the values of k for each of the following quadratic equations, so that they have two equal roots. (i) 2×2+kx+3=0

2. Find the values of k for each of the following quadratic equations, so that they have two equal roots. (i) 2×2+kx+3=0 (ii) kx(x–2)+6=0 Quadratic Equations Exercise 4.3 Solution in following PDF: [pdf-embedder url=”https://chillimath.com/wp-content/uploads/2023/03/Ncert-solution-class-10-quadratic-equations-exercise-04-03-02.pdf”] Previous Next Class 10 Quadratic Equations…

Find the nature of the roots of the following quadratic equations. If the real roots exist, find them: (i) 2×2–3x+5=0

1. Find the nature of the roots of the following quadratic equations. If the real roots exist, find them: (i) 2×2–3x+5=0 (ii) 3×2–4x+4=0 (iii) 2×2–6x+3=0 Quadratic Equations Exercise 4.3 Solution in following PDF: [pdf-embedder url=”https://chillimath.com/wp-content/uploads/2023/03/Ncert-solution-class-10-quadratic-equations-exercise-04-03-01.pdf”] Previous Next Class 10 Quadratic…

The altitude of a right triangle is 7 cm less than its base. If the hypotenuse is 13 cm, find the other two sides.

5. The altitude of a right triangle is 7 cm less than its base. If the hypotenuse is 13 cm, find the other two sides. Quadratic Equations Exercise 4.2 Solution in following PDF: [pdf-embedder url=”https://chillimath.com/wp-content/uploads/2023/03/Ncert-solution-class-10-quadratic-equations-exercise-04-02-05.pdf”] Previous Next Class 10 Quadratic…

Find two consecutive positive integers, sum of whose squares is 365.

4. Find two consecutive positive integers, sum of whose squares is 365. Quadratic Equations Exercise 4.2 Solution in following PDF: [pdf-embedder url=”https://chillimath.com/wp-content/uploads/2023/03/Ncert-solution-class-10-quadratic-equations-exercise-04-02-04.pdf”] Previous Next Class 10 Quadratic Equations Exercise 4.2 1. Find the roots of the following quadratic equations by…

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