So to find the ratio of the actual house to the house in the picture you would divide 72/4 to get 18. this means that the ratio is 18:1. Now multiply 2.5 x18 to get the real life height of the house. 2.5x18=45.
So the house is 45 feet tall.
Please anyone correct me if I'm wrong but I think this is right.
(going to number these 1-4 starting with the top one)
1. 6:5
2. 1:3
3. 4:3
4. 1:2
(12,7)I think! hope it helps!!
Answer:
Vertical asymptote: 
Horizontal asymptote:
or x axis.
Step-by-step explanation:
The rational function is given as:

Vertical asymptotes are those values of
for which the function is undefined or the graph moves towards infinity.
For a rational function, the vertical asymptotes can be determined by equating the denominator equal to zero and finding the values of
.
Here, the denominator is 
Setting the denominator equal to zero, we get

Therefore, the vertical asymptote occur at
.
Horizontal asymptotes are the horizontal lines when
tends towards infinity.
For a rational function, if the degree of numerator is less than that of the denominator, then the horizontal asymptote is given as
.
Here, there is no
term in the numerator. So, degree is 0. The degree of the denominator is 3. So, the degree of numerator is less than that of denominator.
Therefore, the horizontal asymptote is at
or x axis.
Answer:
C.) 217
Step-by-step explanation:
If the top 4% of athletes are allowed to be part of the team, then the bottom
will not qualify.
We look for a z-score below which
of the population lie.
Reading from the z-table as shown in the attachment, this z-value corresponds to
.
We now use the z-score formula to find the required minimum qualifying score.

where 
We substitute and solve for x.





The correct choice is C