First of all, we need to know the coordinate of ABCD and A'B'C'D', so the coordinate of ABCD will be: A(-3,5) B(-1,2) C(-2,-1) D(-5,-3) Then, coordinate of new figure will be: A'(-7,8) B'(-5,5) C'(-6,2) D'(-9,0) Next, Let's try all the translations: (x,y) to (x+4,y+3) A(-3,5) to A'(-3+4, 5+3) A(-3,5) to A'(1,8) Which is not right because A' need to be (-7,8) (x,y) to (x-4,y+3) A(-3,5) to A'(-3-4,5+3) A(-3,5) to A'(-7,8) B(-1,2) to B'(-1-4,2+3) B(-1,2) to B'(-5,5) C(-2,-1) to C'(-2-4,-1+3) C(-2,-1) to C'(-6,2) D(-5,-3) to D'(-5-4,-3+3) D(-5,-3) to D'(-9,0) Yay, we found the answer. As a result, (x,y) to (x-4,y+3) is your final answer. Hope it help!
Answer: 63 apple trees Explanation: divide 42 by 4 to get that amount of groups (10.5) then multiply that number by 6 so (10.5 • 6) and that should give the apple tree total.
the bit where it says D={something} those are the numbers you should input for x to get y values
3. first solve for y to make life easier -3x-5y=20 times -1 3x+5y=-20 minus 3x both sides 5y=-3x-20 divide both sides by 5 y=-3/5x-4 sub value of the domain x=-10 y=-3/5(-10)-4 y=6-4 y=2 a point is (-10,2)
x=-5 y=-3/5(-5)-4 y=3-4 y=-1 (-5,-1) is another
x=0 y=-3/5(0)-4 y=-4 (0,-4) is another
x=5 y=-3/5(5)-4 y=-3-4 y=-7 (5,-7)
points are (-10,2), (-5,-1), (0,-4), (5,-7)
4. input x=-2 y=(-2)^2-3 y=4-3 y=1 (-2,1)
x=-1 y=(-1)^2-3 y=1-3 y=-2 (-1,-2)
x=0 y=(0)^2-3 y=-3 (0,-3)
x=1 y=(1)^2-3 y=1-3 y=-3 (1,-3)
x=2 y=(2)^2-3 y=4-3 y=1 (2,1)
the points are (-2,1), (-1,-2), (0,-3), (1,-2), (-2,1)