The lines are perpendicular to each other because the graph of y = –6 is a horizontal line with a slope that is undefined, and the graph of x = 1/6 is a vertical line with a slope of 0.
The lines are perpendicular to each other because the graph of y = –6 is a vertical line with a slope that is undefined, and the graph of x =1/6 is a horizontal line with a slope of 0.
The lines are perpendicular to each other because the graph of y = –6 is a vertical line with a slope of 0, and the graph of x =1/6 is a horizontal line with a slope that is undefined.
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The lines are perpendicular to each other because the graph of y = –6 is a horizontal line with a slope of 0, and the graph of x =1/6 is a vertical line with a slope that is undefined.
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The hardest part is finding the length of the curve at the top. To find arc length, multiply the circumference by the arc angle divided by full angle (360°) in a circle. Or:
x, the arc angle in a semicircle, is 180°.
r, the radius is 7/2 = 3.5.
Now just plug the numbers in and solve for arc length, s.
s = 2π(3.5)(1/2) ≈ 11.00
Now just add up all the sides. 11cm + 10cm + 10cm + 7cm = 38 cm.
Answer:
It would be 28 :)
Step-by-step explanation:
F(x)=4x^ 3 +12x^ 2 +4x
The two other method for composing polynomials are:
f(x)= 4(x^3+3x^2+x)
f(x)= 2(2x^3+6x^2+2x)
I got both by figuring out various components and the GCF is 4, however another number that can likewise isolate my polynomial condition is 2.
I began of by calculating out 4 from each of the terms and after that I did likewise with the 2.
Answer:
1. k=1, b=1
2. k=-1, b=-0.5
Step-by-step explanation:
