Skip to content

Update

Muft Shiksha™ एक 100% Free Education Portal है 🇮🇳, जिसका उद्देश्य Class 9–12 के हर विद्यार्थी तक High-Quality Education को पूरी तरह मुफ्त पहुँचाना है। 🇮🇳 हम मानते हैं कि अच्छी शिक्षा किसी student की आर्थिक स्थिति पर निर्भर नहीं होनी चाहिए। 🇮🇳 हर विद्यार्थी को वही Quality Study Material, MCQs, Quizzes, Exam Preparation, Concept-Based Learning और Bilingual Support मिलना चाहिए, जो आमतौर पर महंगी Coaching या Premium Platforms में मिलता है। Muft Shiksha™ 🇮🇳 इसी सोच के साथ बनाया गया है

RELATED QUESTIONS

Factorisation

Class 9 Mathematics के इस tag से जुड़े questions। हर question के साथ chapter, topic, level और difficulty दी गई है।

MathematicsWhich of the following expressions is a perfect-square trinomial and therefore has two identical binomial factors?Class 9Exploring Algebraic IdentitiesFactorisationLevel 70Hard MathematicsWhich of the following expressions can be factorised using the identity \((a-b)^2\)?Class 9Exploring Algebraic IdentitiesFactorisationLevel 70Hard MathematicsWhose perfect square is (16a^2-40ab+25b^2)?Class 9Exploring Algebraic IdentitiesFactorisationLevel 70Hard MathematicsWhich of the following expressions is a difference of two cubes and can be factorised using the relevant identity?Class 9Exploring Algebraic IdentitiesFactorisationLevel 70Hard MathematicsWhat is the correct factorised form of (4m^2+12mn+9n^2)?Class 9Exploring Algebraic IdentitiesFactorisationLevel 70Hard MathematicsWhich of the following expressions is a perfect-square trinomial that can be written as the product of two identical binomial factors?Class 9Exploring Algebraic IdentitiesFactorisationLevel 70Hard MathematicsWhich of the following expressions can be factorised using the identity of difference of squares, \(a^2-b^2=(a-b)(a+b)\)?Class 9Exploring Algebraic IdentitiesFactorisationLevel 70Hard MathematicsWhat is the correct factorised form of (6x^2+17x+12)?Class 9Exploring Algebraic IdentitiesFactorisationLevel 70Hard MathematicsSuppose \(x^2+px+q\) can be factorised over integers as \((x+m)(x+n)\). If \(q<0\) and \(p>0\), which statement about \(m\) and \(n\) must be true?Class 9Exploring Algebraic IdentitiesFactorisationLevel 69Hard MathematicsWhich of the following quadratic trinomials can be factorised as a product of two linear binomials with integer coefficients?Class 9Exploring Algebraic IdentitiesFactorisationLevel 69Hard MathematicsWhich of the following quadratic trinomials factorises into two binomials whose constant terms have opposite signs?Class 9Exploring Algebraic IdentitiesFactorisationLevel 69Hard MathematicsWhich of the following quadratic trinomials cannot be factorised into two linear factors with integer coefficients?Class 9Exploring Algebraic IdentitiesFactorisationLevel 69Hard MathematicsWhich of the following trinomials can be factorised into the product of two identical binomials?Class 9Exploring Algebraic IdentitiesFactorisationLevel 69Hard MathematicsWhich of the following trinomials can be factorised as the product of two identical binomials?Class 9Exploring Algebraic IdentitiesFactorisationLevel 69Hard MathematicsWhich of the following expressions cannot be factorised into two non-constant polynomials with integer coefficients?Class 9Exploring Algebraic IdentitiesFactorisationLevel 69Hard MathematicsWhich of the following trinomials can be factorised as the product of two identical binomial factors?Class 9Exploring Algebraic IdentitiesFactorisationLevel 69Hard MathematicsFor which of the following expressions is the identity for the difference of two perfect squares most appropriate for factorisation?Class 9Exploring Algebraic IdentitiesFactorisationLevel 69Hard MathematicsWhat is the complete factorisation of (x^4+2x^2+1)?Class 9Exploring Algebraic IdentitiesFactorisationLevel 69Hard MathematicsIf the trinomial \(x^2+mx+n\) is factorised as \((x+p)(x+q)\), which relation between \(p\) and \(q\) is correct?Class 9Exploring Algebraic IdentitiesFactorisationLevel 69Hard MathematicsWhich of the following expressions is a perfect-square trinomial that can be written as the square of a binomial?Class 9Exploring Algebraic IdentitiesFactorisationLevel 69Hard