The pattern here is the number times 3 then plus 1
We can check this by plugging it in.
1×3=3
3+1=4
4 is the next number in our sequence so the pattern works.
We can continue to check this with the rest of our sequence.
4×3=12
12+1=13
13 is the next number in our sequence so the pattern works.
13×3=39
39+1=40
40 is the next number in our sequence so the pattern works.
40×3=120
120+1=121
121 is the next number in our sequence so the pattern works.
We can find the next numbed in the sequence by continuing the patter
121×3=363
363+1=364
So the next number in the sequence is 364
not necessary true, let the numbers 4 and 6
4•6=24 but lcm(4,6)=12
D would be correct
if (for example) M = 10 and N = 5,
10-5=5
10+(-5)=5
<u><em>Answers:</em></u>
The function has no vertical asymptotes
The function has no horizontal asymptotes
<u><em>Explanation:</em></u>
<u>1- getting the vertical asymptotes:</u>
Vertical asymptotes occur when the denominator of the given function tends to zero.
This means that we need to equate the denominator to zero and solve for the variable.
The denominator in our function is a constant equal to 1 which cannot be equated to zero (1 ≠ 0).
<u>Therefore, we cannot solve for vertical asymptotes which means that our function has no vertical asymptotes</u>
<u>2- getting the horizontal asymptotes:</u>
For a function to have a horizontal asymptote, the degree of the numerator must be equal to or lower than the degree of the denominator.
<u>In our function:</u>
The highest power of x in numerator is 2 ........> numerator is 2nd degree
The highest power of x in denominator is 0 ....> denominator is zero degree
<u>This means that the condition of a horizontal asymptote is not satisfied. Therefore, the function has no horizontal asymptotes</u>
Answer:
16 Miles/ Hour
Step-by-step explanation:
Distance / Time = Speed
If 4 miles are travelled in 15 minutes then,
16 miles are travelled in 1 Hour
This put together is 16 Miles/ Hour
or Turn 15 minutes into a decimal Which is 0.25
divide 4 by 0.25 to get 16
16 Miles/Hour