Processing math: 100%
Sequences Calculator
Arithmetic Sequence
Geometric Sequence
Harmonic Sequence
Arithmetic Sequence Calculator
Geometric Sequence Calculator
Harmonic Sequence Calculator
Fibonacci Sequence Calculator
Number Sequence Calculator
Sequence Formula Calculator
Sum of Linear Number Sequence Calculator
Find the sequence and next term
Recursive Sequence Calculator
First Five Terms of a Sequence
Bound Sequence calculator
Missing Terms in Arthimetic Sequence calculator
Limit of Sequence Calculator
Sum of Sequence Calculator
Arithemetic Sequence common difference calculator
Geometric Sequence Ratio Calculator
Arithmetic Sequence Equation Calculator
Geometric Sequence Equation Calculator
Monotonic Sequence Calculator
Partial Sum Arithmetic Sequence
Infinite Series Calculator
Simplify (24z^5-16z^4)/(4z^2)
24
z
5
-
16
z
4
4
z
2
Step 1
Simplify
terms
.
Factor
8
z
4
out of
24
z
5
-
16
z
4
.
Factor
8
z
4
out of
24
z
5
.
8
z
4
(
3
z
)
-
16
z
4
4
z
2
Factor
8
z
4
out of
-
16
z
4
.
8
z
4
(
3
z
)
+
8
z
4
(
-
2
)
4
z
2
Factor
8
z
4
out of
8
z
4
(
3
z
)
+
8
z
4
(
-
2
)
.
8
z
4
(
3
z
-
2
)
4
z
2
8
z
4
(
3
z
-
2
)
4
z
2
Cancel the
common factor
of
8
and
4
.
Factor
4
out of
8
z
4
(
3
z
-
2
)
.
4
(
2
z
4
(
3
z
-
2
)
)
4
z
2
Cancel the
common factors
.
Factor
4
out of
4
z
2
.
4
(
2
z
4
(
3
z
-
2
)
)
4
(
z
2
)
Cancel the
common factor
.
4
(
2
z
4
(
3
z
-
2
)
)
4
z
2
Rewrite the
expression
.
2
z
4
(
3
z
-
2
)
z
2
2
z
4
(
3
z
-
2
)
z
2
2
z
4
(
3
z
-
2
)
z
2
Cancel the
common factor
of
z
4
and
z
2
.
Factor
z
2
out of
2
z
4
(
3
z
-
2
)
.
z
2
(
2
z
2
(
3
z
-
2
)
)
z
2
Cancel the
common factors
.
Multiply
by
1
.
z
2
(
2
z
2
(
3
z
-
2
)
)
z
2
⋅
1
Cancel the
common factor
.
z
2
(
2
z
2
(
3
z
-
2
)
)
z
2
⋅
1
Rewrite the
expression
.
2
z
2
(
3
z
-
2
)
1
Divide
2
z
2
(
3
z
-
2
)
by
1
.
2
z
2
(
3
z
-
2
)
2
z
2
(
3
z
-
2
)
2
z
2
(
3
z
-
2
)
Apply the
distributive property
.
2
z
2
(
3
z
)
+
2
z
2
⋅
-
2
Simplify the
expression
.
Rewrite using the
commutative property of multiplication
.
2
⋅
3
z
2
z
+
2
z
2
⋅
-
2
Multiply
-
2
by
2
.
2
⋅
3
z
2
z
-
4
z
2
2
⋅
3
z
2
z
-
4
z
2
2
⋅
3
z
2
z
-
4
z
2
Step 2
Simplify each
term
.
Multiply
z
2
by
z
by adding the
exponents
.
Move
z
.
2
⋅
3
(
z
⋅
z
2
)
-
4
z
2
Multiply
z
by
z
2
.
Raise
z
to the
power
of
1
.
2
⋅
3
(
z
1
z
2
)
-
4
z
2
Use the
power rule
a
m
a
n
=
a
m
+
n
to
combine
exponents
.
2
⋅
3
z
1
+
2
-
4
z
2
2
⋅
3
z
1
+
2
-
4
z
2
Add
1
and
2
.
2
⋅
3
z
3
-
4
z
2
2
⋅
3
z
3
-
4
z
2
Multiply
2
by
3
.
6
z
3
-
4
z
2
6
z
3
-
4
z
2
Related Questions
Simplify 5 5/10+9 9/10
Simplify ((4a^-6b^9)/(14a^4b^-3))^0
Simplify -80%+54/50-0.25
Simplify -3(22-6)+7
Simplify 6(1/2w-3/4)
Simplify |4x-10|>=3
Simplify |v+7|+6>9
Simplify 5 5/12+4 4/9
Simplify (-8b^3-7b^2-5)(-2b^3-2b^2-7)
Simplify 5 5/14-3 3/7
Simplify 5 5/2÷3 1/3
Simplify 5 3/5-3 2/3
Simplify r+(9/((r-2)(r+10)))÷((10r(r+8))/((r-2)(r+10)))
Simplify 4 6/7+2 8/9
Simplify 4 1/3-2 3/4
Simplify 4 1/3+2 7/12
Simplify 4 3/8-2 1/6+3 5/12
Simplify 5x-9+(-7x+4)
Simplify 40-5
Simplify 4 3/8-2 1/8
Simplify 4 2/3*11 1/4
Simplify 5 1/9+7 4/15
Simplify 5 2/3-4 7/15
Simplify 5 2/3+5 8/9
Simplify 6 1/5-1 2/3