Answer:
the answer would look like this:
Zeros 2, 3, 5
(x-2) (x-3) (x-5) = 0
(x^2 - 2x- 3x +6) (x - 5) =0
(x^2 – 5x + 6) (x - 5) = 0
x^2 (x -5) - 5x (x - 5) + 6 (x - 5)=0
x^3 - 5x^2 -5x^2 + 25x + 6x - 30 = 0
The cubic polynomial function would be this one:
x^3 -10 x^2 + 31x - 30 = 0
Step-by-step explanation:
Answer:
y=2/3x+3
Step-by-step explanation:
the slope is 2 over 3 because you ride 2 up and 3 to the right to get to the next dot and the y intercept is 3 because that's where the line intercepts the y axis.
Answer:
<1 = 107°
<7= 92°
Explanation:
<h2>
What is a hexagon?</h2>
A hexagon is a type of polygon with six sides, six vertices and six angles. It's two dimensional and closed as well.
<h3>Finding the missing angles:</h3>
Note:
<h3>Angles on a straight line equal 180°</h3>
Therefore,
88° + <7 = 180°
Subtract 88° from bothsides
88° - 88° + <7 = 180°- 88°
<7 = 92°
164° + < 6 = 180°
subtract 164° from bothsides
164° + < 6 = 180°
164° - 164° + < 6 = 180°- 164°
< 6 = 16°
118° + < 4 = 180°
subtract 118° from bothsides
118° - 118° + < 4 = 180 - 118°
< 4 = 62°
To find angle2
Note:
<h3>Sum of exterior angles of a polygon is equal 360°</h3>
64° + 62° + 57° + <2 + 88° + 16° = 360
combining like terms
64° + 62° + 57° + 88° + 16° + <2 = 360°
287° + <2 = 360°
subtract 287° from bothsides
287°- 287° + <2 = 360° - 287°
<2 = 73°
Calculating for angle 1
< 1 + 73° = 180°
Subtract 73° from bothsides
<1 + 73° - 73° = 180 - 73°
<1 = 107°
Therefore,
< 1 = 107°
< 7 = 92°
8(-9-2+3v-6v)
=8(-11-3v)
=-88-24v
-88-24v is the final answer.
