Segment TV has endpoints at (2, 10) and (18, -18). What is the length of the segment? Round to the nearest hundredth. 29.00 32.25 49.07 47.92
@FutureMathProfessor
@ganeshie8
distance formula
\(\sqrt{(x2-x1)^2 + (y2-y1)^2}\)
(2, 10) and (18, -18) x1 y1 x2 y2
plugin
So (18 - 2)^2 + (-18 - 10)^2
sqrt of that
Do I simplify it, and then sqrt it?
yes. first simplify, then sqrt
(16)^2 + (-28)^2 = 256 + 784 = 1040 = 32.2490309932
So 32.35 ?
32.25*
yes! gw
Thank you! Can you help me with one more? Sorry, I am doing a 60 question review
ohk.. oly if its not long, else we can do tomoro...
A (4, 4), B (7, 0), C (11, 3), and D (8, 7) are four points on the coordinate grid. Miranda and Pete joined the points using straight lines to draw a quadrilateral ABCD. Which statement is correct? Pete is correct because all the four sides of the quadrilateral ABCD are equal, therefore it is a rhombus. Miranda is incorrect because she has used incorrect formula to calculate the slope of the lines. Pete is incorrect because he has used incorrect formula to find the distance between the points of the segments. Miranda is correct because the slope of AB is equal to DC and slope of BC is equal to AD, therefore it’s a rhombus.
@ganeshie8
after proving its a parallelogram - to prove it is not a rhombus, you need to prove adjacent sides are not equal. but Mirinda didnt do that - So he is incorrect.
this is the answer :- Pete is correct because all the four sides of the quadrilateral ABCD are equal, therefore it is a rhombus.
Thank you! That was my last question, you really have helped me out these past few days! I appreciate it so much! Have a good night, if it is night where you are (:
np :D you really deserve good sleep after so much work... gn :)
Join our real-time social learning platform and learn together with your friends!