1. 4 and 8 ==》 <em>corresponding angles</em>
_____________________________
2. 5 and 6 ==》 <em>linear</em><em> </em><em>pair</em><em> </em><em>angles</em>
_____________________________
3. 2 and 8 ==》 <em>alternate exterior angles </em>
_____________________________
4. 3 and 6 ==》 <em>same side interior angle</em>s
_____________________________
5. 2 and 4 ==》 <em>vertical</em><em> </em><em> </em><em>angles</em><em> </em>
Answer:
= (x+2) (x- √3) ( x+√3)
Step-by-step explanation:
The polynomial has roots of -2 √3, and - √3.
The polynomial can be written as
f(x) = (x-a) (x-b) (x-c) where a b and c are the roots
f(x) = (x--2) (x- √3) ( x--√3)
= (x+2) (x- √3) ( x+√3)
Step-by-step explanation:
x=4 and y= 1 because of 4+1=5 and add 2y to both sides
x-2y+2y=2+ 2y
x=2y+2
4-2=2
v = hvh
Simplifying the above equation:
v = h × v × h
Taking the RHS 'v' to LHS
⇒ v ÷ v = h × h
⇒ 1 = h × h
⇒ 1 = 
⇒ h = √1
⇒ h = 
So h can have the values +1 or -1.
Putting h = +1 in the equation,
v = (+1) × v × (+1)
⇒ v = v
Hence, v can take any integer value.
Putting h = -1 in the equation, when h = 1.
v = (-1) × v × (-1)
⇒ v = v
Hence, v can take any integer value when h = -1.
Hence, as long as h is either +1 or -1, v can take any integer value.
The rule that describes this translation is
