Answer:
1/216
Step-by-step explanation:
Simplify the following:
6^(-3)
Hint: | In order to evaluate 6^3 express 6^3 as 6×6^2.
6^3 = 6×6^2:
1/(6×6^2)
Hint: | Evaluate 6^2.
6^2 = 36:
1/(6×36)
Hint: | Multiply 6 and 36 together.
6×36 = 216:
Answer: 1/216
Answer:
Interest Chaney earns after 3 years is $56.85
Step-by-step explanation:
Given:
Amount deposited = $1435.73
Simple annual interest rate = 1.32% = 1.32/ 100 = 0.0132
To find: Interest after 3 years
We know that the formula to calculate the interest amount is
Simple interest (S.I.) = 
where,
P is the initial amount deposited
r is the rate of simple interest in percentage
t is the time in years for which interest is to be calculated
Substituting the known values in the formula, we get
S.I = 
= 56.85
Hence the interest Chaney earns after 3 years is $56.85
Answer:
A. 30.27
Step-by-step explanation:
<h2>because it is 30.27</h2>
Given
The options are given for the multiplicative identity property.
Explanation
To determine the multiplicative identity property.
Any number multiplied by 1, gives the same result as the number itself. It is called identity property of multiplication.
Then from the options

Answer
Hence the correct options are
B and D.
So we know that the term we start with is 3. And the next term is going to be 3 times 2, since the question states that each subsequent term is 2 times the term before it.
So then we have the series:
3, 6, 12, 24, 48, 96...
These are the first six terms of the pattern, found by multiplying each term prior by 2.