From my knowledge of what an interquartile range is I have to say the answer to your question is 55.5.
Answer:
8a. x = 16√3
8b. y = 8√3
Step-by-step explanation:
8a. Determination of the value of x
Adjacent = 24
Hypothenus = x
Angle θ = 30°
The value of x can be obtained by using cosine ratio as illustrated below:
Cos θ = Adjacent /Hypothenus
Cos 30 = 24 / x
√3/2 = 24/x
Cross multiply
x × √3 = 2× 24
x × √3 = 48
Divide both side by √3
x = 48/√3
Rationalise
x = 48/√3 × √3/√3
x = 48√3 / √3 × √3
x = 48√3 / 3
x = 16√3
8b. Determination of the value of y
Opposite = y
Adjacent = 24
Angle θ = 30°
The value of y can be obtained by using Tan ratio as illustrated below:
Tan θ = Opposite / Adjacent
Tan 30 = y / 24
1 / √3 = y /24
Cross multiply
y × √3 = 1 × 24
y × √3 = 24
Divide both side by √3
y = 24 /√3
Rationalise
y = 24 /√3 × √3/√3
y = 24 ×√3 / √3 × √3
y = 24√3 / 3
y = 8√3
Step-by-Step Explanation:
a) Rename 
as a percent
b) Rename .245 as a percent
c) Rename 28% as a fraction and a decimal in simplest form
d) Put .367,36.5%, 
in order least to greatest.
Now, we have 36.7%, 36.5%, 36%
We have write it in ascending order i.e. least to greatest ,
Here it is,
36%, 36.5%, 36.7%
They are both equal because in decimals you can add thousands of zeros and it's still equal.
