Answer: .00000000010, and .000000000000010
Step-by-step explanation:
So what your doing is moving the decimal
Answer:
The geometric mean of 6 and 16 =
Step-by-step explanation:
The Geometric Mean is basically a special type of average which can be determined
- by multiply the numbers together and subsequently taking a square root in case there are two numbers; but we take cube root in case there three numbers etc.
So, lets take the geometric mean of 6 and 16
Considering the number
6 and 16
- Step 1: Multiply the numbers i.e. 6 × 16 = 96
Step 2: As there are two number, so just take the square root i.e.
In other words:
Geometric Mean of 6 and 16:
Therefore, the geometric mean of 6 and 16 =
Answer:2
Step-by-step explanation: 15x5=75
75/26=2.886
Answer:
std dev = 0.625
Step-by-step explanation:
Given that weights of bags of potato chips coming from a factory follow a normal distribution with mean 12.8 ounces and standard deviation .6 ounces.
We must change std deviation such that
P(X<12) =0.01
Mean would remain the same as 12.8 oz
From normal distribution score we can find
10th percentile is -1.28\
i.e. we must have
Std deviation should be 0.625
Answer:
It helps you see the visual move of what you were doing. If you weren't moving anything it would help you see if it is true or false. Say you put a dot on the origin (0,0), then you have to go (x+7,y+3) then moving it on a graph would help show you. So overall it's a visual help to people.