The slope would be 1/1x, or just 1x or 1.
Answer:
the answer is 1.5
Step-by-step explanation:
x divided by 2 if x equals 3
3÷2=1.5
Answer:
<u>The equation to find the length of each of the shorter sides of the parallelogram is 2x + 32.28 = 50.12 and the value of x is 8.92 inches.</u>
Step-by-step explanation:
1. Let's review the information provided to us to answer the question correctly:
Perimeter of the parallelogram = 50.12 inches
Length of the longer sides = 16.14 inches
Length of the shorter sides = x
2. Write an equation to find the length x of each of the shorter sides.
Perimeter of the parallelogram = 2 * Length of the longer sides + 2 * Length of the shorter sides
50.12 = 2 * 16.14 + 2 *x
2x + 32.28 = 50.12
2x = 50.12 - 32.28
2x = 17.84
x = 17.84/2
<u>x = 8.92</u>
<u>The equation to find the length of each of the shorter sides of the parallelogram is 2x + 32.28 = 50.12 and the value of x is 8.92 inches.</u>
Answer:
- geometric
- common ratio: -5
- a[n]=-5a[n-1]; 625
Step-by-step explanation:
<h3>A.</h3>
We start this problem the way we start all problems: we read the problem statement and observe the given data and relationships.
Here, we observe that the given numbers are all multiples (powers) of 5, <em>with alternating signs</em>. We know that an arithmetic sequence cannot have alternating signs, so this is <em>not an arithmetic sequence</em>.
We are familiar with the first few powers of 5, so we recognize the terms have a common ratio of -5. If terms have a common ratio, they are a geometric sequence, so this is a geometric sequence.
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<h3>B.</h3>
As we observed in Part A, the common ratio is -5.
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<h3>C.</h3>
The full recursive formula will include the initial value in the sequence:
a[1] = -5
a[n] = -5·a[n-1]
Then the next value is ...
a[4] = -5·a[3] = -5·(-125)
a[4] = 625
Answer:
I believe it will be greater than
Step-by-step explanation:
6/8 x 9 is 6.75, and 6/8 as a decimal is 0.75, so since 6.75 is greater, 6/8 x 9 will be greater.
Anyone, correct me if I am incorrect.