You can just write anything really
Statement: If David likes to do math then he is a good student.
Hypothesis: David likes to do math
Conclusion: He is a good student.
It's basically a if then statement
Answer:
The maximum possible amount that could be awarded under the two-deviation rule is $ 1.883 Million.
Step-by-step explanation:
In order to find the maximum possible amount of the award, the formula is given as

Here
is the mean of the samples and is given as

s is the standard deviation which is given as

Putting values as

Substituting the values in the equation of mean is as

Where as standard deviation is given as

Putting this in the equation of maximum amount gives

So the maximum possible amount that can be awarded in this case is 1883.04 thousand dollars or $ 1.883 Million. This value is less than the previously maximum value which is $3.5 million.
13(y+7)=3(y-1)
13y+91=3y-3
13y-3y=-91-3
10y=-94
-94/10
Y=-9.4
Answer:
1^x-2
Step-by-step explanation:
First you put log(10)^x into the calculator, the product is 1^x. Then you subtract that by log(10)^3 which you you get 1^x-1 then you subtract that answer by 1 to get 1^x-2.
Answer:
The total square kilometers is 299.
Step-by-step explanation:
Area equals length times width.