<span>First find the area of the field
A=WL
A=(110m)(60m)
A=6,600m^2
Now turn the cm into m
becouse 100cm^3=1m^3
660,000,000cm^3=6,600,000m^3
Now find out how many times you can cover the filled
6,600,000m^3/6,600m^2=100m
So it will be 100m thick.
P.S. I'm assuming you meant you jest forgot the m for 110m.</span>
They all are multiplied by 5. For example 5x3=15
Answer:
The probability that in a randomly selected game, the player scored between 12 and 20 points is 95%.
Step-by-step explanation:
Given information: The population mean is 16 and standard deviation is 2.
We need to find the probability that in a randomly selected game, the player scored between 12 and 20 points.
So, we need to find the value of
According to the empirical rule:
Using the empirical rule, we get
Therefore the probability that in a randomly selected game, the player scored between 12 and 20 points is 95%.
<span>1. </span><span>So in every 1 hour, there’s 281
gallons go through in a certain valve.
Now, let’s find the total number of gallons that will go through in 91 hours.
Let’s assign a variable for the value of total number of gallons.
Let x be the value of number of gallons
x = number of gallons in 91 hours
=> 281 gallons/ hr
=> 281 x 91
=> 25 571 gallons / 91 hours
Thus, x = 25 571 gallons will go through the open valve in 91 hours,
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