Answer:
C
Step-by-step explanation:
✔️First, solve for r:
r/2 ≤ 3
Multiply both sides by 2
r/2 × 2 ≤ 3 × 2
r ≤ 6
This implies that possible value of r is equal to 6 or less than 6.
Graphing this on a number line, the line with a shaded circle, indicating that 6 is included, starts at 6 and points to the left.
This indicates that value of r ranges from 6 and below.
The graph is C.
The cc’d between 23 and 46 is 23
Your answer is going to be B.3! Hope it helps
Answer:
3.8 is the answer plus using a calculator could have helped you too
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.