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Mathematics, 05.07.2019 21:00, kdlishs
Quadrilateral abcd is located at a(-2, 2), b(-2, 4), c(2,4), and d(2, 2). the quadrilateral is then transformed using the rule (x - 3, y + 4) to form the image a’b’c’d’. what are the new coordinates of a’,b’, c’, d’? describe what characteristics you would find if the cooresponding vertices we’re connected with line segments
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Mathematics, 21.06.2019 22:00, wEKLJHFKLJEBFR2460
Luke started a weight-loss program. the first week, he lost x pounds. the second week, he lost pounds less than times the pounds he lost the first week. the third week, he lost 1 pound more than of the pounds he lost the first week. liam started a weight-loss program when luke did. the first week, he lost 1 pound less than times the pounds luke lost the first week. the second week, he lost 4 pounds less than times the pounds luke lost the first week. the third week, he lost pound more than times the pounds luke lost the first week.
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Mathematics, 22.06.2019 01:40, hunt231
Which of these statements is correct? the system of linear equations 6x - 5y = 8 and 12x - 10y = 16 has no solution. the system of linear equations 7x + 2y = 6 and 14x + 4y = 16 has an infinite number of solutions. the system of linear equations 8x - 3y = 10 and 16x - 6y = 22 has no solution. the system of linear equations 9x + 6y = 14 and 18x + 12y = 26 has an infinite number of solutions.
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Quadrilateral abcd is located at a(-2, 2), b(-2, 4), c(2,4), and d(2, 2). the quadrilateral is then...
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