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WorksheetsIzrazi - banka nalog
Total questions: 170
Worksheet time: 12hrs 55mins
Simplifying
(−3x)2 y(x)3 gives9x4y
−9x4y
9x5y
−9x6y
Simplification of
x3 − x(2x − 5) + 2x2 givesx3 + 2x2
x3 − 5x
x3 − 4x
x3 +5x
Tiana went to Game Stop to purchase a gaming system. They had a special promotion where for a limited time systems were half the price. She also had a coupon for $25 dollars off the sale price. If g represents the game system, which expression represents the sale price along with the coupon?
2g − 25
2g+25
2g − 25
25g−2
Luke's parents hired a clown for his birthday party. The clown charges $100 plus an additional $20 per hour. If h represents the hours, which expression represents how much Luke's parents spent on the clown?
100 + 20h
100h + 20
100 +20h
100 + h
The debate team bought 18 matching T-shirts to split among its members. Each member of the team will get t T-shirts. Choose the expression that shows how many people are on the debate team.
t18
18t
18 + t
18 − t
True or False?
(a4 + a2)÷a = a + aTrue
False
True or False?
(−a4)÷ (−a4)=1True
False
Half of the difference of 4 times a number and 8
21(4n−8)
21(4n)−8
2(4n−8)
2(4n)−8
Translate Algebraic Expressions
Four-fifths of the sum of g and 7
45 (g + 7)
(g + 7)
54(g + 7)
Translate Algebraic Expressions
Three-fifths of q is added to the product of seven and d
53q + 7d
35 + 7d
3q + 7d
Translate Algebraic Expressions
Five less than the product of Four-fifths and c.
54c − 5
54c + 5
5 −54c
554c
Translate Algebraic Expressions
Seven is added to five-sixths of c
7+65c
7−65c
65c−7
765c
Translate Algebraic Expressions
Subtract one-third from nine times c
9c−31
9c+31
9c
9
Translate Algebraic Expressions Sentence
61(6 + g)
One-sixth of the sum of six and g
One-sixth of the difference of 6 and g
One-fifth of the sum of 6 and g
One-sixth of the sum of seven and g
Translate Algebraic Expressions Sentence
52g + 5h
Two-fifths of g times tthe product of 5 and h
Two-fifths of g is added to the product of five and h
Two-fifths of g is divided to the product of five and h
Two-fifths of g is subtracted to the product of five and h
Simplify (3x)−2
x29
9x21
9x2
x23
Simplify (−3x)−2
x29
9x21
9x2
x23
Simplify (−5n)−3
125n3
−125n31
125n3
−125n3
What is the value of ∣−8h+4∣−6j when h = 6 and j = -54
35
-35
53
-53
What is the value of ∣−2p∣+q when p = -12 and q = 100
26
-14
34
74
What is the value of ∣k+4∣j when j = -8 and k = -2
(a)
What is the value of ab−23c−7 when a = −5, b=49, and c=8 ?
32
24
-50
-46
What is the value of x+45 when x = 11?
If your answer is a fraction, write it in simplest form.
(a)
What is the value of ∣−r+r∣ when r=−8 ?
(a)
What is the value of 6xy+2y when x=4 and y=9 ?
23
72
24
19
What is the value of −3∣m+7∣ when m=−16 ?
69
-69
27
-27
What is the value of ∣−4p∣ + 3q when p=6 and q=343 ?
(a)
What is the value of ∣p−r∣ when p=−5 and r=−4 ?
(a)
Write as a verbal expression:
10−3n
10 less than the ratio of a number and 3
the quotient of a number and 3 taken from 10
the quotient of a number and 3 decreased by 10
the product of a number and 3 taken from 10
Write as a verbal expression:
12−n3
a number cubed decreased by twelve
twelve minus a number squared
a number cubed taken from twelve
twelve taken from a number cubed
Factorise
x2+4x−12
(x - 2)(x + 6)
(x + 2)(x - 6)
(x + 2)(x + 6)
(x - 4)(x + 3)
Rearrange this formula to make a the subject.
v=u − at
a=v+u
a=tv−u
a=tu−v
a=tv+u
The volume of a rectangle with length, breadth and height as 5x, 3x2 and 7x4 respectively is:
105x7
105x2
105x4
105x
(4a+2b)2=
16a2+8ab−4b2
16a2−8ab−4b2
16a2−8ab+4b2
16a2+8ab+4b2
Factorise 3e2+5e.
e2(3+5)
e(3e + 5)
e(3 + 5e)
Evaluate 4c +(4d +3)2 for c=2 and d=1
21
57
225
125
Evaluate
3b+2aa2+4c
If a=-2, b=3 and c=4.2
27/2
10.45
3.12
4.16
Translate: the square of the difference between a number and five
(x−5)2
x2−5
x2+5
(x+5)2
Evaluate 3x2−2y+4z when x=2, y=−1, and z=3 .
22
18
20
24
Find one factor of
x2−8x+15
x+5
x−5
x+3
x+15
Factor the following expression:
81x4 - 25y2
( 9x2 - 5y ) ( 9x2 - 5y )
( 81x2 - 5y ) ( x2 + 25y )
( 9x2 - 5y ) ( 9x2 + 5y )
( 81x2 - 5y ) ( x2 - 25y )
Which one of the following is a factor of the expression?
6m2 - 5m - 25
3m + 5
3m - 5
6m + 5
6m - 5
Find one factor of
x2−11x+24
(a)
Find one factor of
u2−16u−36
(a)
Find one factor of
w2−w−6
w+6
w−3
w−2
w−1
What is the greatest common factor of:
20x4y3−5x3y2
x3y2
5x4y3
20x4y3
5x3y2
Find one factor of
g2−2g−63
g+9
g−7
g−9
g−3
What is the greatest common factor of:
12x4y3−6xy
(a)
Find one factor of
m2−mv−56v2
m−7v
m−8v
m+4v
m+8v
Find one factor of
m2+mv−56v2
(a)
What are the factors of:
16x4y2−9x2y2
(4x2y+3xy)(4x2y−3xy)
(4xy−3xy)(4xy−3xy)
(16x2y+9xy)(x2y−xy)
(4x2y+3xy)2
What are the factors of:
16x4y2+24x3y2+9x2y2
(4x2y+3xy)(4x2y−3xy)
(4xy−3xy)(4xy−3xy)
(16x2y+9xy)(x2y−xy)
(4x2y+3xy)2
Find one factor of
x2−22x+121
(a)
Find one factor of
x2−144
(a)
Find one factor of
9a2−64b2
(a)
Find one factor of
4x2y2−9z2
(a)
Find one factor of
25x2+20xy+4y2
(a)
What are the factors of:
20x2−7x−6
(5x−2)(4x+3)
(5x+2)(4x−3)
(10x−3)(2x+2)
(10x−2)(2x+3)
What is the GCF of
16a3b − 8a2y ?2ab
4a
8a
8a2
9k2−16 =
(3k−4)(3k−4)
(3k−4)(3k+4)
(3k−2)(3k+8)
(3k−8)(3k+2)
Simplifying
(−3x)2 y(x)3 gives9x4y
−9x4y
9x5y
−9x6y
Simplifying 5m(m - 3n)
5m2 − 15n2
5m2 − 15mn
5m2 + 15mn
5m2 + 15n2
Simplification of
x3 − x(2x − 5) + 2x2 givesx3 + 2x2
x3 − 5x
x3 − 4x
x3 +5x
Factor completely
4a3b5 − 18a2b3 + 8a3b3
2a2b3 (2ab2 − 9ab + 4ab2)
2a2b3 (2ab2 − 9 + 4a)
4a2b3 (ab2 − 14 + 6a)
2ab (2a2b3 − 9ab + 4ab)
x(a−b)+y(a−b)
Write the expression in factored form.
x+y(a−b)
x(a−b)+y
(a−b)(x−y)
(a−b)(x+y)
Factor completely
4a3b5 − 18a2b3 + 8a3b3
2a2b3 (2ab2 − 9ab + 4ab2)
2a2b3 (2ab2 − 9 + 4a)
4a2b3 (ab2 − 14 + 6a)
2ab (2a2b3 − 9ab + 4ab)
Find the factors
24m4n2 − 16m3n3
4m3n2(6m − 4n)
8mn (3m4n2 − 2m3n3)
8m3n2 (3m − 2n)
8m3n2 (3mn − 2mn)
Match 121−x2 with it's factored form.
(x−11)(x+11)
(x+10)(x−10)
(11−x)(11+x)
(11−x)(11−x)
Change the factored form expression into standard form.
y2−2xy−x2
x2−2xy+y2
x2−y2
y2−x2
Write x2−144 in factored form.
(x+12)(x+12)
(x+12)(x−12)
(x−12)(x−12)
Change x2−25 into factored form.
(x+25)(x−25)
(x+5)(x+5)
Not possible.
(x+5)(x−5)
Change a2−b2 into factored form.
(a+b)(a−b)
(a+b)(a+b)
(a−b)(a−b)
Not Possible.
Factor:
x3−2x2−15x(x−5)(x+3)
x(x−5)(x+3)
x(x+5)(x−3)
(x2−5)(x+3)
Factor:
−4x4−5x3−3x2−3x3x2(2x−3)(2x−1)
−x2(2x−3)(2x−1)
−x2(4x2+5x+3+3x)
−x2(2x+3)(2x+1)
Factor:
12x4+27x2−36x3
3x2(2x−3)(2x−3)
3x2(4x2+9−12x)
(2x−3)(2x−3)
x2(6x−9)(2x−3)
Factor:
12x5+52x4−40x3
4x3(3x+2)(x−5)
(3x−2)(x+5)
4x3(3x2+13x−10)
4x3(3x−2)(x+5)
Factor:
2x4−450x2
2(x2+15x)(x2−15x)
2x2(x+15)(x−15)
(x+15)(x−15)
2(x4−225x2)
Factor:
−81x3+x
Not factorable
−1(81x3−x)
−x(9x+1)(9x−1)
(9x+1)(9x−1)
Factor:
80x6−5x4
5x4(4x+1)(4x−1)
5x4(16x2−1)
5(16x6−x4)
not factorable
Factor:
x4+x2−6
x2(x2+1−6)
(x+3)(x−3)(x+2)(x−2)
not factorable
(x2+3)(x2−2)
Factor:
9x4−6x2+1
(3x+1)(3x−1)
(3x2+1)(3x+1)(3x−1)
(3x2−1)(3x2−1)
not factorable
Factor:
x4−81
(x2+9)(x+3)(x−3)
(x2+9)(x2−9)
(x+3)(x−3)(x+3)(x−3)
not factorable
Factor:
9x4−1
x2(9x2 −1)
(3x+1)(3x−1)
x2(3x+1)(3x−1)
(3x2+1)(3x2−1)
Factor:
x4−144
(x+12)(x−12)
(x2+12)(x2−12)
(x2+72)(x2−72)
(x+72)(x−72)
Factor:
x3+2x2−5x−10
x2(x+2)−5(x+2)
(x+2)(x−2)(x2+5)
(x+2)(x2−5)
(x+2)(x−2)
Factor:
2x3+12x2−x−6
(x+6)(2x−1)
2x2(x+6)+1(−x−6)
not factorable
(x+6)(2x2−1)
Factor:
8x3−12x2+10x−15
(2x−3)(4x2+5)
4x2(2x−3)+5(2x−3)
(4x2+5)(2x−3)(2x−3)
(2x−3)(2x+5)(2x−5)
Factor:
x3−729
(x−9)(x+9)(x−9)
(x−9)(x2+9x+81)
(x+9)(x2−9x+81)
not factorable
Factor:
64x3−120−5
not factorable
(4x−5)(4x+5)(4x+5)
(4x+5)(4x−5)
(4x−5)(16x2+20x+25)
Factor:
27x3+1000
(3x−10)(9x2+30x+100)
(3x+10)(9x2−30x+100)
(3x+10)(3x+10)(3x+10)
not factorable
x2+7x+12
(x + 3)(x + 4)
(x + 6)(x + 2)
(x - 3)(x - 4)
(x + 1)(x + 12)
x2+6x−27
(x - 9)(x + 3)
(x + 9)(x - 3)
(x + 3)(x + 3)
(x + 9)(x + 3)
2x2−15x+7
(2x + 1)(x - 7)
(2x + 7)(x - 1)
(2x + 1)(x + 7)
(2x - 1)(x - 7)
5x2−13x−6
(5x + 2)(x - 3)
(5x - 2)(x + 3)
(5x + 1)(x - 6)
(x + 3)(5x + 2)
3x2+22x−16
(3x + 2)(x + 8)
(3x - 2)(x + 8)
(3x - 4)(x + 4)
(3x - 2)(x - 8)
x2− 7x −18
(x + 9)(x + 2)
(x - 9)(x - 2)
(x - 9)(x + 2)
(x + 9)(x - 2)
6x2+11x+4
(6x + 1)(x + 4)
(3x - 4)(2x - 1)
(6x + 2)(x + 2)
(3x + 4)(2x + 1)
x2−20x+64
(x - 4)(x - 16)
(x + 4)(x + 16)
(x - 8)(x - 8)
(x + 32)(x - 2)
x2+12x−45
(x - 15)(x + 3)
(x - 15)(x - 3)
(x + 9)(x - 5)
(x + 15)(x - 3)
4x2−21x−18
(4x - 3)(x + 6)
(2x + 9)(2x - 2)
(4x + 3)(x - 6)
(2x - 3)(2x + 6)
9x2−6x−8
(3x - 4)(3x - 2)
(3x + 2)(3x + 4)
(3x + 8)(3x - 1)
(3x + 2)(3x - 4)
8x2−22x+5
(8x - 5)(x + 1)
(4x - 1)(2x - 5)
(4x + 5)(2x + 1)
(8x - 1)(x - 1)
(p−q)(p+q)+p(p−q)=
2p2−q2 − q
2p2−q2−pq
2p2−q2+pq
2p2+q2−pq
(2y −3x)(x−4y)=
−3x2+14xy +8y2
−3x2−10xy+8y2
−3x2−10xy−8y2
−3x2+14xy−8y2
2(x−3y)2+xy =
2x2+xy +9y2
2x2+4xy +18y2
2x2−5xy+9y2
2x2−11xy+18y2
Factorise completely
3p3−12p3p(−3p2)
3p(p2−12)
3p(p−2)(p−2)
3p(p−2)(p+2)
Express
mnmn2−9m÷5nmn +3m as a single fraction in its simplest form.m5(n+3)
m5(n−3)
5(n−3)m
5(n+3)m
Express
p2nm×nm2pq + pm as a single fraction in its simplest form.2(q+1)
2(q+p)
m2q+pm
m2q + 2m
Express
62 + 3m−64−m as a single fraction in its simplest form.3m−1
32m−1
34m−1
32m−2
4−3(2−y)2=
4+y2
−8+3y2
4−4y+y2
−8+12y−3y2
Express
4r3−8r6r−1 as a single fraction in its simplest form.4r1−3r
4r2−3r
8r5−6r
8r7−6r
(p−q)(p+q)−(p+q)2=
−2pq−2q2
2pq−2q2
−2q2
2pq
Express
h−r1−h2−r22h as a single fraction in its simplest form.h2−r2−h+r
h2−r2−h−r
h2−r2h2−r2−2h
h2−r2−h2−r2+2hr
Express
1 − p2pq −p3q÷2p+2q in its simplest form.2p(p2+1)
2p(p+1)
2(p+1)1
2p(p+1)1
Express
3x− 5x+2 as a single fraction in its simplest form.152(x−1)
152(x+1)
152(x+3)
152(x−3)
Given
p = 5q − r , express q in terms of p and r .q=5p+r
q = 5p−r
q = 5p+r
q = 5p−r
Given 2−3p2 = 2(m+3p2) , express p in terms of m.
p = 92−2m
p = 92m−2
p =32−2m
p=32m−2
h = 4k3+6, express k in terms of h.
Given
k=34h−24
k=34h−6
k=34h−24
k=34h−6
T=3+2(n−1), express n in terms of T.
Given
n =2T+1
n=2T+2
n= 2T−1
n=2T−2
Given v = πr2h. Express r in terms of v and h .
r = πhv
r =πhv
r = (πhv)2
r=πhv2
Given that 23r2+p=2(3+4p) , express p in terms of r .
p=5r2+4
p=5r2−4
p=173r2−12
p=173r2+2
Simplify: (q627p3)31÷p2q3
pq53
pq33
q33p5
q33p3
Simplify rs4−s2
rs4−2r
rs4r−2
rs4−2s
rs4s−2
What is the GCF of the terms 9x2 and 6x ?
3
6
3x
6x
What is the correct factored form of 21x2+7x ?
3x(7x+1)
7x(3x+1)
x(21x+7)
7(3x+1)
What is the GCF of 9m3n2 and 6m2n3 ?
3m2n2
6m2n
9mn
3mn2
Which expression is equivalent to 14x2−21x ?
7x(2x−3)
7x(x−2)
7(2x−3)
x(14x−21)
Which expression is equivalent to 3x2−2x−8 ?
(3x−4)(x−2)
(3x+4)(x−2)
(3x−4)(x+2)
(3x−2)(x−2)
Simplify
b4a3×6ab
23a2b2
2b3a2
32a
32a2
Write 43x−2x+1 in its simplest form.
42x+1
42x−1
4x−2
4x+2
Rearrange this formula to make a the subject.
v=u − at
a=v+u
a=tv−u
a=tu−v
a=tv+u
Use the GCF to factor the expression. If the expression cannot be factored, choose "cannot be factored."
cannot be factored
12(3x+2)
3(12x+8)
4(9x+6)
Factor: 7k2+9k
k(7+9)
7k(k+9)
k(7k+9)
k2(7+9)
Factor p2−5p−14
(p+7)(p−2)
(p+2)(p−7)
Factor m2−9m+8
(m−1)(m−8)
(m+8)(m−1)
Factor 2b2+17b+21
(2b+7)(b−3)
(b−7)(2b−3)
(2b+3)(b+7)
(2b−7)(b−3)
Factor 28n4+16n3−80n2
4n2(7n2+4n−20)
(7n−10)(n+2)
(28n3−40n2)(n+2)
4n2(7n−10)(n+2)
Factor 5p2−p−18
(5p−9)(p+2)
(5p+9)(p−2)
(p+9)(9p−5)
(9p+5)(2p−1)
(4r+3)−(5r−r3)−(3r3−3r)
−2r3+8r+6
−2r3+2r+6
−2r3+4r+6
−2r3+2r+3
(4m−4m3+m2)−(m3−5−2m)
−5m3−2m2+6m+9
−5m3+m2+6m+9
−5m3−2m2+m+9
−5m3+m2+6m+5
Factor by grouping:
x3−5x2+5x−25
(x2−5)(x−5)
(x2+5)(x−5)
(x2−5)(x+5)
(x2+5)(x+5)
Factor by grouping:
x3−4x2−4x+16
(x+4)(x+2)
(x−4)(x2−4)
(x+4)(x2−4)
(x−4)(x−2)
Select the solution(s) for the quadratic: x2−11x+19=−5
3
8
-9
-3
Factor by grouping:
x3−4x2−4x+16
(x+4)(x+2)
(x−4)(x2−4)
(x+4)(x2−4)
(x−4)(x−2)
What is the factored form of 5n3−10n2+3n−6 ?
(5n2+3)(n−2)
(5n2−3)(n−2)
(5n3+3)(n−2)
10n(n2−6)
Factor by grouping:
(2p2+3)(p+2)
(2p2+6)(p+4)
(4p2+3)(p+2)
(4p2+8p)(3p+6)
Factor by grouping:
20p3−25p2+4p−5
(5p2−1)(4p−5)
(5p2+1)(4p+5)
(5p2+1)(4p−5)
(5p2−1)(4p+5)
Which algebraic expression is shown above?
2y2+3x−3x2
−2y2−3x+3x2
3y2+3y−2x2
−2y2+3x−3x2
Which algebraic expression is shown above?
2y−4+3x2
−2y−4+3x2
−2y+4−3x2
2y+4−3x2
(4a+2b)2=
16a2+8ab−4b2
16a2−8ab−4b2
16a2−8ab+4b2
16a2+8ab+4b2
Factor:
25x2−36
(5x−6)(5x+6)
(5x−2)(5x+18)
(x−9)(25x+4)
(x−6)(25x+6)
Which of the following is a factor of:
12x2−25x−7
(3x−7)
(2x−1)
(12x−7)
(4x−1)
Factor:
x2+4x−17
(x−4)(x+17)
(x+1)(x−17)
(x−2)(x+15)
(x−3)(x+7)
Prime
Factor:
(2x+3)(2x−3)
(2x+3)(2x+3)
(2x−3)(2x−3)
(4x+9)(4x−9)
(p−q)(p+q)+p(p−q)
2p2−q2−q
2p2−q2−pq
2p2−q2+pq
2p2+q2−pq
SPM 2013
(2y−3x)(x−4y)=
−3x2+14xy+8y2
−3x2−10xy+8y2
−3x2−10xy−8y2
−3x2+14xy−8y2
SPM 2014
2(x−3y)2+xy=
2x2+xy+9y2
2x2+4xy+18y2
2x2−5xy+9y2
2x2−11xy+18y2
4−3(2−y)2=
4+y2
−8+3y2
4−4y+y2
−8+12y−3y2
x4−81
(x2−9)(x2+9)
(x2+9)(x−3)(x+3)
(x4−9)(x4+9)
(x2−9)(x2−9)
Factor:
3x2−75y2
3(x−5y)(x+5y)
3(x2−25y2)
(x2−25y2)
3(x2−5y2)(x2−5y2)
Expand 2x(y+z)+3x(2y+z) .
x(8y+5)
8yx+6z
5xz+8xy
I don’t know 😓
What is the value of the expressions when a = 3, b = -4 and c = 8?
(a)
Solve for b, A=2bh
b=A2h
b=2Ah
b=h2A
b=2Ah
Solve for T, B=T−Lc
T=B+Lc
T=LcB
T=B−Lc
T=BLc
Solve for w, P=2L+2W
W=2P+L
W=2P−2L
W=2P−2L
W=P+2L
Translate the phrases into algebraic expressions.
The sum of m cube and n cube divided by eleven.
11m+ n3
11(m+ n)3
11m3 + n3
11m3 + n
Form verbal statements or phrases for the given algebraic equations.
21m3 − n1
Take away the ratio of one and n from half of the m cube
The ratio of one and n times half of m cube
The ratio of one and n deceased by half of m cube
Translate: the square of the difference between a number and five
(x−5)2
x2−5
x2+5
(x+5)2
Evaluate 3x2−2y+4z when x=2, y=−1, and z=3 .
22
18
20
24
