Answer:
7
15
17
23
Step-by-step explanation:
Answer:
16 units
Step-by-step explanation:
volume of a rectangular prism formula: b*h=v
b=64
v=1024
so
64h=1024
divide both sides with 64:
h=16
Hope this helps!
Answer:
The probability of being older than 25 years and having a hemoglobin level above 11 is 19.58%. Since the question is referring to persons older than 25 years, we'll include all the data above 25 years.
So under 25-35 years old is 44 and under 35 years old is 40.
44 + 40 = 84
84 / 429 = 0.1958 or 19.58%
The probability of having a hemoglobin level above 11 is 35.66%. We would just get the ratio of 153 people who have hemoglobin level above 11 over the population of 429. 153 / 429 = 0.356643 or 35.66%
Being older than 25 years and having a hemoglobin level above 11 is not dependent on each other. Since the data is inversely proportional. The older the person gets, the lesser the number of people having hemoglobin level above 11 (A) 19.58%.
I hope this helps!
From my research, the original equation Fiona wrote was "y = (2/5)x - 5". It also had choices as written below:
x – 5/4y = 25/4
<span>x –5/2 y = 25/4 </span>
<span>x –5/4 y = 25/2
</span>
<span>x –5/2 y = 25/2 </span>
To obtain the possible equation Henry had written, the coefficient of x was removed, and the equation was placed in the form x + y = c. This is shown as follows:
y = (2/5) x – 5
[ <span>y = (2/5) x – 5 </span>] (5/2)
(5/2)y = x - 25/2
x - (5/2)y = 25/2
<span>Therefore, Henry's equation is x – (5/2) y = 25/2.</span>
