Area = Length * Width
Area = 6 * 1/12 = 1/2
Area = 1/2 = 0.5
Area = 0.5 inches²
Hope this explains it.
According to the 3:1 ratio, you expect, out of a population of 1000 people, 750 non-hemophilia and 250 hemophilia.
The chi-square value can be calculated by the formula:
where:
O = observed value = 210
E = expected value = 250
Therefore:
χ² = (210 - 250)² / 250
= 6.4
Now, look at a χ<span>² distribution table, in order to find the p-value. In this case, you have only 1 degree of freedom and the closest </span>χ<span>² is 6.6 which corresponds to a p-value of 0.01.
Since p < 0.05, which is the minimum value generally accepted, we can say that the data do not support the hypothesis.</span>
Answer:
- 4|x+7|+5>17
- 4x+28+5>17
- 4x>17-33
- x>-16/4
- x>-4
<h3>hope it helps..</h3><h3>stay safe healthy and happy...</h3>
Step-by-step explanation:
x=−y−2z+3
x=y+32z+1
x=13y+23z+13
Answer: yes
Step-by-step explanation: