Given:
To find:
Draw a graph of a line that is perpendicular to the given line and passing through a given point.
Explanation:
As we know that relation between two slopes of perpendicular slopes of lines:
Slope of given line y = 4x + 1 is:
So, the slope of line perpendicular to given line is:
Also, so line equation that is perpendicular to given line is:
Also, the required line is passing thorugh given point (2, 3), i.e.,
So, line equation that is perpendicular to given line is:
The required graph of line is:
The area of the polygon will be given by:
A=n(1/2*base*height)
where:
n=number of sides
thus
h=8
thus the base will be:
tan x=[opposite]/[adjacent]
tan 60=8/b
b=4.62
base=9.24
thus the area of the polygon will be:
A=6[1/2×9.24×8]
A=221.76 sq. units
Answer:
x³ + 5x + c
Step-by-step explanation:
Using the power rule
∫ a dx =
Thus
∫ x² + 5 dx
= x³ + 5x + c ← c is the constant of integration
Yh and then what the next part? We need to know what we supposed to answer