14. Rewrite the following so they are multiplication expressions. a) 6x-12. b) 5x²yz +5x¹z. c) x² - 10x + 9. d) 2²-49.

Q: Simplify:(3x- 1)0

A:

Q: 4 + 1 × 2

A: 4 + 1 x 2 Apple BODMAS  Rule = 4 + 2        ( M = multiplication)

Q: D. (5x-22)*. (2x+35)*

A:

Q: 4(5+6)=

A: Given: 4(5+6)=

Q: 3(4+6x)+4x=

A: Given:

Q: Determine the number of terms in the product of (x + y) and (a + b + c + d) without doing the…

A: Given the terms (x+y) and (a+b+c+d). We need to calculate the number of terms in the product of two…

Q: b. Evaluate—(3x − 2)° 6

A: We need to evaluate

Q: 4.) Simplify: -7x + 8 – (2x – 19)

A:

Q: 2. Simplify. a) (24m +3n)/ (2-2m+2n) b) (3x ²)²(3x²) c) 8x²y/32xy

A: Some formula:   (1)        ax/ay   =   ax-y(2)        ax·ay   =   ax+y(3)      ( ax)y   = axy

Q: Calculate 5+3×2–1.

A:

Q: ) 2x+4 16

A:

Q: 7. 1 (5x+ 14) (8x– 10)

A: Assuming both the lines are parallel and line 1 passes through them. Then

Q: 1. DIVIDE: 6x³ - 7x + 11 by 2x - 1 2.DIVIDE: 12x³ - 11xy - 12xy - 25y³ by 3x -5y

A:

Q: Write 1024x'0 – 3840x³ + 5760x“ – 4320x+ + 1620x² – 243 in the form (a + b)". Show your steps.

A:

Q: 1) Simplify: 3(2x – 4) + 3x + 2

A:

Q: 5. Multiply: 2xy(-3x²y³)

A:

Q: 11) Simplify the expressions by performing the operations and combining like terms. (2x+ 3)(4x-2)

A:

Q: 4х + 17 x2 14х 14г + 45

A: Given: 4x+17x2-14x+45

Q: ( 3x²y™ 104. Simplify: 2-2

A: To simplify: The expression 3x2y-2y3-2. Formula used: Exponent rule: ab-m=bam amn=am×n

Q: O Divide x5- 3x" + x + 5x -2 bx x*+l.

A:

Q: c) 16x? – 144y? d) 8x2 + 2xy – 15y²

A: Given:  c 16x2-144y2d 8x2+2xy-15y2 To Find: To factorise.