The weight average of the coordinates is -4
<h3>How to determine the
weight average?</h3>
The complete question is given as:
The coordinate -6 has a weight of 3 and the coordinate 2 has a weight of 1. And we need to calculate the weight average
The given parameters are:
- Coordinate -6 has a weight of 3
- Coordinate 2 has a weight of 1.
The weight average is then calculated as:
Weight average = Sum of (Weigh * Coordinate)/Sum of Weights
So, we have:
Weight average = (-6 * 3 + 2 * 1)/(3 +1)
Evaluate the products
Weight average = (-18 + 2)/(3 +1)
Evaluate the sum
Weight average = -16/4
Evaluate the quotient
Weight average = -4
Hence, the weight average of the coordinates is -4
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<u>Complete question</u>
The coordinate -6 has a weight of 3 and the coordinate 2 has a weight of 1. Calculate the weight average
Answer:
it's 80.
Step-by-step explanation:
120-40= 80
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1.yes
no
yes
2.false
true
false
3.more
4. 14 hours gives her more than $100
The answer is 0.008. Hopefully you understand why :)
Given that number of working shifts = 3
Let number of loads of laundry that you can wash in 1 shift = x
Then number of loads of laundry that you can wash in 3 shift = 3x
Numerical value of the number of loads of laundry that you can wash in 1 shift is not given so it's not possible to convert "3x" into integer.
But whatever be the value say 5 loads of laundry is washed in 1 shift then the answer is given by 3x= 3*5= 15
