Given that the debt has been represented by the function:
f(x)=-6x^2+8x+50
To get the number of years, x that it would take for the company to be debt free we proceed as follows:
we solve the equation for f(x)=0
hence:
0=-6x^2+8x+50
solving for x using the quadratic formula we get:
x=[-b+/-sqrt(b^2-4ac)]/2a
x=[-8+/-sqrt(8^2-4*(-6)*50)]/(-6*2)
x=[-8+/-√1264]/(-12)
x=27.552
x~28
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Answer:
6
Step-by-step explanation:
H = 10
L = 8
A = B = ?
By Pythogoras Theorem,
H^2 = L^2 + B^2
(10)^2 = (8)^2 + (B)^2
=> 100 = 64 + (B)^2
=> 100 - 64 = (B)^2
=> 36 = (B)^2
=> (B)^2 = 36
=> B = √36
=> B = 6
=> A = 6
Answer:
either 2.50$ or 1$
Step-by-step explanation:
i think.........
Hello!
The sine of any acute angle is equal to the cosine of its complement. The cosine of any acute angle is equal to the sine of its complement. of any acute angle equals its cofunction<span> of the angle's complement. Yes, there is a "relationship" regarding the </span>tangent<span> of the two acute angles (A and B) in a right triangle.
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Hope this Helps! :)
Answer: The construction steps are shown below,
1. Place the compass on point V and swing an arc of any size that crosses the line twice.
2. After that stretch the compass larger.
3. Place the compass point on the point where the arc insect the line and draw a small arc above the line.
4. Without changing the span of the compass place the compass point on the other point where the first arc intersect the line and draw a another small arc above the line that will intersects the second arc at point P.
5. Now join the points P and v with the help of scale.
These are the steps to draw a perpendicular on a line at given point.