Is Quadratic Equations important for CMAT?

Yes, Quadratic Equations is an important topic in the Quantitative Aptitude section of CMAT. It tests a candidate's algebraic knowledge, problem-solving skills, and ability to solve equation-based questions efficiently.

How many Quadratic Equations questions can appear in CMAT?

The number of Quadratic Equations questions varies from year to year. CMAT does not prescribe a fixed number of questions from any specific Quantitative Aptitude topic.

What types of Quadratic Equations questions are asked in CMAT?

CMAT may include questions on solving quadratic equations, factorization, finding roots, comparing values, identifying the nature of roots, and applying algebraic concepts to numerical problems.

How can I prepare for Quadratic Equations questions in CMAT?

Learn the fundamental concepts of quadratic equations, practice different solving methods such as factorization and algebraic techniques, revise important formulas, and solve previous year questions and mock tests regularly.

Are CMAT Quadratic Equations questions difficult?

Most Quadratic Equations questions in CMAT are of easy to moderate difficulty. With conceptual clarity and regular practice, candidates can solve them accurately and efficiently.

How do Cracku's CMAT Quadratic Equations Questions help in preparation?

Cracku's CMAT Quadratic Equations Questions provide topic-wise practice, detailed solutions, and exam-oriented problems that help candidates strengthen algebraic concepts, improve accuracy, and perform better in CMAT 2027.

CMAT Quadratic Equations Questions

Question 1

Given below are two statements:
Statement I : If the roots of a quadratic equation are 2 and 3, then the equation is $$x^{2} - 5x- 6 = 0$$
Statement II: If the roots of $$4x^{2}+3kx + 9 = 0$$ are real and distinct, then $$k \leq - 4$$ or $$k \geq 4$$
In the light of the above statements, choose the most appropriate answer from the options given below:

Both Statement I and Statement II are correct

Both Statement I and Statement II are incorrect

Statement I is correct but Statement II is incorrect

Statement I is incorrect but Statement II is correct

Question 1

If (x + y) = 3, xy = 2, then what is the value of $$x^3+y^3$$:

Question 1

If $$x^{2}-3x+2$$ is a factor of $$x^{4}-px^{2}+q$$, then (p,q) =

(5,2)

(5,4)

(-5,-4)

(-5,4)

Question 2

Meera and Sarika attempted to solve a quadratic equation in x. Sarika made a mistake in reading the coefficient of x and obtained the roots as 12 and 16. Meera made a mistake in reading the constant term of the equation. She obtained the roots as-22 and - 6. The corrects root(s) is (are) :
(A) -16
(B) -12
(C) 12
(D) 16

Choose the correct answer from the options given below:

(A) and (B) only

(A) and (C) only

(B) and (D) only

CMAT Quadratic Equations Questions

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