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Factorisation using common factors

Factorization by common factors

Ex 12.1, 1 (i)

Ex 12.1, 1 (ii)

Ex 12.1, 1 (iii) Important

Ex 12.1, 1 (iv) Important

Ex 12.1, 1 (v)

Ex 12.1, 1 (vi) Important

Ex 12.1, 1 (vii)

Ex 12.1, 1 (viii) Important

Example 2 Important

Example 1

Ex 12.1, 2 (i)

Ex 12.1, 2 (ii) Important

Ex 12.1, 2 (iii)

Ex 12.1, 2 (iv) Important

Ex 12.1, 2 (v)

Ex 12.1, 2 (vi)

Ex 12.1, 2 (vii)

Ex 12.1, 2 (viii) Important

Ex 12.1, 2 (ix)

Ex 12.1, 2 (x) Important You are here

Last updated at May 29, 2023 by Teachoo

Ex 12.1, 2 (Method 1) Factorise the following expressions. (x) aπ₯^2y + bxπ¦^2 + cxyz aπ₯^2y = a Γ π₯^2 Γ y = a Γ π₯ Γ π₯ Γ y bπ₯π¦^2 = b Γ π₯ Γ π¦^2 = b Γ π₯ Γ y Γ y cπ₯π¦π§ = c Γ π₯ Γ y Γ z So, x and y are the common factors. aπ₯^2y + bγπ₯π¦γ^2 + cπ₯π¦π§ = (a Γ π₯ Γ π₯ Γ y) + (b Γ π₯ Γ y Γ y) + (c Γ π₯ Γ y Γ z) = x Γ y ((a Γ π₯ ) + (b Γ π₯ ) + (c Γ z) = xy (aπ + by + cz)