We can evaluate the given expression by using the order of operation. So,
2 + 32 ⋅ (4 − 1)
Step 1: Operate the parenthesis part.
So, 2 + 32 ⋅ (4 − 1)= 2 + 32 ⋅ 3
Step 2: Next step is to multiply.
2 + 32 ⋅ 3= 2+ 96
Step 3: Add.
2+96=98.
A mixed number looks like this: a(b/c)
The improper fraction currently looks like this: (ab/c)
Round the numerator to something you can divide by the denominator. For example, 45 would be rounded to 42. 42/7=6. 6 would be the whole number.
45-42=3. 3/7 is the new fraction.
So the answer for c is 6(3/7)
Do you know how to do d?
When the bases are the same, you can combine the exponents.
x³ [x is where the base is]
For example:
x³ · y² = x³y² You can't simplify this anymore because they have different bases/variables
[when you multiply a variable with an exponent by a variable with an exponent, you add the exponents together] so:
x² · x³ = 
[when you multiply a variable with an exponent by an exponent, you multiply the exponents together] so:
(x³)²=

Answer:
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Step-by-step explanation:
Answer:
The
term of the given sequence

Step-by-step explanation:
<u>Step(i):-</u>
Given sequence 2 , 5, 
First term a = 2
The difference of given geometric sequence

<u><em>Step(ii):-</em></u>
The
term of the given sequence

The
term of the given sequence

