Answer:
2
Step-by-step explanation:
Using the distance formula,
We just need to plug in the numbers.
So 
Then we simplify it to
Finally, we get
, which is 
when simplified.
Answer: The correct option is 1, i.e., 
.
Explanation:
The geometric sequence is in the form of,
Where, a is the first term of the sequence and r is the common ratio of the sequence.
It means the 
term of the sequence is defined as,
So the the 
term of the sequence is defined as,
It means the geometric sequence is in the form of,
Where, r be any constant.
From the options only is in the form of with common ratio 
.
Therefore, the function can be used to model the graphed geometric sequence is .
9514 1404 393
Answer:
- y = 0
- A all real numbers
- E y > 0
- infinity
Step-by-step explanation:
1. The horizontal asymptote is the y-value the function approaches, but does not reach. That value is y = 0. This equation is the equation of that asymptote.
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2. The domain is the horizontal extent of the graph. It covers "all real numbers." (A)
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3. The range is the vertical extent of the graph. As we said in part 1, the value y = 0 is never reached, so the vertical extent (range) is y > 0 (E).
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4. The graph extends upward indefinitely as x extends to the left indefinitely. That is, y → infinity.
Answer:
235 cm^3
Step-by-step explanation:
I would start by "cutting" the shape into two parts; the top and the bottom
to find the area of these shapes you will need to use l*w*h
So substitute in the values
(5*5*4)+(9*3*5)=a
solve the parenthesis
100+135=a
add
235 cm^3
