Answer:
Ok that's not it
x=-1 then y=4
x=0 then y= 6
x=1 then y = 8
x=2 then y= 10
x=3 then y= 12
Step-by-step explanation:
when y=2x+6
you have to plug what it says x is in each of the equations.
For the first one it says x=-1
you then plug that in and you get y=2(-1)+6
then you go through PEMDAS and first you get y=-2+6
-2+6 = 4
therefore y=4
and you just go through the rest wiht that
Step-by-step explanation:
Y = 7^2
y = 5^2
y = 3^2
if wide is the greatest and narrow means smallest then i hope its right
Ur Welcome and if its wrong plz let me know and i will fix it,
xXharleyquinn04Xx
F(x) = x2 + 5
This function comes from the basic function f(x) = x2 with the constant 5 added to the outside. This gives the basic function a vertical shift UP 5 units.
The curved surface area is equal to about 354.53
Answer:
Option (1)
Step-by-step explanation:
Coordinates of the vertices of a quadrilateral WXYZ drawn in the figure are,
W(-1, 4), X(2, 2), Y(0, -1), Z(-3, 1)
Length of a segment having ends as
and
is represented by,
d = 
Length of WX = 
= 
= 
Length of XY = 
= 
Length of YZ = 
= 
Length of ZW = 
= 
Slope of side WX (
) = 
= 
= 
Slope of side XY (
) = 
= 
By the property of perpendicular lines,


therefore, WX and XY are perpendicular.
Slope of YZ (
) =

Therefore, XY ⊥ YZ
Similarly, we can prove YZ ⊥ ZW.
Therefore, quadrilateral WXYZ is a SQUARE.
Option (1) will be the answer.