First, we should calculate the length in millimeters for the blueprint for each 1 meter.
33 ÷ 8 = 4.125
So, each 1 meter represents 4.125 mm on the blueprint.
Now, we can use this rate to calculate the length of blueprint if the length in real life is 6 meters. Multiply the actual length by the rate.
6 x 4.125
=24.75mm
Therefore, the length of the blueprint should be 24.75 millimeters.
The graph shows the solution of your equations is
.. (x, y) = (-6 2/3, -9 2/3)
The closest point to that of the choices offered is (-5, -7.2).
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The offered "approximations" are not very good approximations.
Answer:
0.84
If you're looking for a percentage it'd be 84%
Step-by-step explanation:
Answer:
TRUE ( A )
Step-by-step explanation:
linear regression represents/ models the linear relationship between a dependent/scalar variable and an independent variable or one or more independent variables
Linear regression pertains to regression models with normal equations because Linear regressions can be calculated using a linear equation/algebra
example : Y= a + bX
^ if you're talking universally, no it would be cm. But no one really says "quarter inches". You would just say inches
