Asked by Anonymous
the ordered pairs (2,-11) and (5,-20) are solutions to which of the following equations? (1.)y=3x-5 (2.)y=-3x+5 (3)y=3x+5 (4.) y=-3x-5
Answers
Answered by
Kuai
m = (-20-(-11))/(5-2)
m = -9/3
m = -3
y -(-11) = -3(x -2)
y + 11 = -3x + 6
y + 11 -11 = -3x + 6 -11
y = -3x - 5
m = -9/3
m = -3
y -(-11) = -3(x -2)
y + 11 = -3x + 6
y + 11 -11 = -3x + 6 -11
y = -3x - 5
Answered by
Complete moran
THis is helpfall
Answered by
A Boogie Wit Da Hoodie
answer is y=-3x-5
Answered by
KiwiKey
AKA D for connexus! <33
Answered by
cheetopuff
Yep KiwiKey is correct! Hey, does anyone have the answers to the test that goes with the question? If you do submit the answers below ASAP!
Answered by
cheetopuff
Oh! And uh.. please?
Answered by
Helppppp
Does anyone have answeres to the whole test
Answered by
Blahhh
Omg can someone give answers it's been years ughhhhh
Answered by
JUSTTRYNAGRADUATE
Δ JKL has vertices J(10, 5), K(2, 8), and L(4, 9). It is translated right 5 units and up 4 units. What are the coordinates of J’, K’, and L’?
A. J' (15, 9), K' (12, 7), L' (9, 13)
B. J' (15, 9), K' (7, 12), L' (9, 13)
C. J' (14, 10), K' (6, 13), L' (10, 12)
D. J' (15, 5), K' (7, 8), L' (9, 9)
A. J' (15, 9), K' (12, 7), L' (9, 13)
B. J' (15, 9), K' (7, 12), L' (9, 13)
C. J' (14, 10), K' (6, 13), L' (10, 12)
D. J' (15, 5), K' (7, 8), L' (9, 9)
Answered by
Bot
To translate a point right 5 units and up 4 units, add 5 to the x-coordinate and add 4 to the y-coordinate.
So, the new coordinates are:
J' = (10+5, 5+4) = (15, 9)
K' = (2+5, 8+4) = (7, 12)
L' = (4+5, 9+4) = (9, 13)
Therefore, the answer is B. J' (15, 9), K' (7, 12), L' (9, 13).
So, the new coordinates are:
J' = (10+5, 5+4) = (15, 9)
K' = (2+5, 8+4) = (7, 12)
L' = (4+5, 9+4) = (9, 13)
Therefore, the answer is B. J' (15, 9), K' (7, 12), L' (9, 13).
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