Answer:
-
Step-by-step explanation:
Find slope by using slope intersept form ( )
Plug the x and y values from the given pairs into slope interspt form:
Find the diffrence:
Solution : -
By Green's theorem,
where is the disk with as its boundary. The integral is simply -6 times the area of the disk , which has radius √6, and hence area 6π, so the value of the integral is -36π.
Answer:
The answer is 25.13 because the formula is C=2π4 (2 • pi • 4)
Step-by-step explanation:
Four is the radius so you multiply is by pi and two and get 25.13
the equation in the slope-intercept of the side of triangle ABC that is perpendicular to segment EF is y = x + 1
<h3>How to determine the equation</h3>
From the figure given, we can deduce the coordinates of the sides
For A
A ( 4,2)
For B
B ( 4, 5)
C ( 1, 2)
D ( 2, -4 )
E ( 5, -4)
F ( 2, -1)
The slope for BC
Slope =
Substitute the values for both B and C coordinates, we have
Slope =
Find the difference for both the numerator and denominator
Slope =
Slope = 1
We have the rotation for both point ( 0, 1)
y - y1 = m ( x - x1)
The values for y1 and x1 are 1 and 0 respectively and the slope m is 1
Substitute the values
y - 1 = 1 ( x - 0)
y - 1 = x
Make 'y' the subject of formula
y = x + 1
Thus, the equation in the slope-intercept of the side of triangle ABC that is perpendicular to segment EF is y = x + 1
Learn more about linear graphs here:
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Answer:
it's probably b
Step-by-step explanation:
I don't know how to do it so don't do b