The coordinates of a quadrilateral are shown point J (-4.5,3) point K (-1.2,3) point L ( -1.2,8.7) point M (-4.5,8.7). Brenda cl
aims that quadrilateral JKLM is a square
2 answers:
For this case, the first thing we must do is draw the given vertices in the same Cartesian plane.
Then, we join the points.
We observe the resulting figure (see attached image).
Since the sides are of different dimensions, then the quadrilateral is a rectangle.
Answer:
Brenda is wrong.
Quadrilateral JKLM is a rectangle.
Then, we join the points.
We observe the resulting figure (see attached image).
Since the sides are of different dimensions, then the quadrilateral is a rectangle.
Answer:
Brenda is wrong.
Quadrilateral JKLM is a rectangle.
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A.
To find greater than or smaller than relation, we multiply the terms like (numerator of L.H.S with denominator of R.H.S and put the value on the left side. Then multiply the denominator of L.H.S with numerator of R.H.S and put the value on right side. Now compare the digits.)
So, solving A, we get 810<209 ... This is false
B.
= 238>589 ..... This is false
C.
= 496>780 .... This is false
D.
= 420<660 ..... This is true
Hence, option D is true.