Answer:
3 min.
5 balloons.
Step-by-step explanation:
How many minutes does it take to make one balloon sculpture?
t = (Total time) / (Total identical balloon sculptures) = 96 / 32 = 3 min.
How many balloons are used in one sculpture?
n = (Total balloons) / (Total identical balloon sculptures) = 160 / 32 = 5 balloons.
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:
The answer is C
Step-by-step explanation:
Look at the graph the dot is not shaded so its definitely not the one with less than or equal to or greater than or equal to.. Its only one and the line points backwards so it's C
<span>A coordinate proof geometry is that which uses a coordinate system. it f allows you to use algebraic techniques . You can use coordinate proofs when needed that you could do a synthetic proof. Sometimes it is very hard to do algebra coordinate geometry helps you to use equations of lines, the midpoint formula, the distance formula, equations for circles, ellipses, etc...now take exampl you can prove the Pythagorean theorem using a coordinate proof: without loss of generality<span> now place the right angle of the triangle at the origin so that the the legs lying on the positive x and y axes. </span><span>now Let the vertex A be at (a,0), and</span>the vertex B be at (0,b) and the vertex C at (0,0) with . Then by the distance formula u can solvehope it helps
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