4.8(10^9)/(1.6(10^3))
Pertinent quotient rule for similar bases with exponents...
(a^b)/(a^c)=a^(b-c) so what you really have is:
(4.8/1.6)(10^(9-3))
3(10^6)
3X10^6
This is a representation of a dilation, and would therefore mean you multiply the side lengths all by the scale factor (which is 3). I cannot do this for you because I do not have the graph for it. You’ll have to multiply each side length by 3 and plot the points accordingly.
Is the question what is H?
Answer:
3x+4
Step-by-step explanation:
Hey there! I'm happy to help!
First, we need to rotate our points 180° about the origin. To find the coordinates after such a rotation, we simply find the negative version of each number in the ordered pair, which can be written as (x,y)⇒(-x,-y).
Let's convert this below
A: (1,1)⇒(-1,-1)
B: (5,4)⇒(-5,-4)
C: (7,1)⇒(-7,-1)
D: (3,-2)⇒(-3,2)
Now, we need to translate these new points five units to the right and one unit down. This means we will add 5 to our x-value and subtract 1 from our y-value. This will look like (x,y)⇒(x+5,y-1). Let's do this below.
A: (-1,-1)⇒(4,-2)
B: (-5,-4)⇒(0,-5)
C: (-7,-1)⇒(-2,-2)
D: (-3,2)⇒(2,1)
Therefore, this new parallelogram has coordinates of A'(4,-2), B'(0,-5), C'(-2,-2), and D'(2,1)
Now you know how to find the coordinates of translated figures! Have a wonderful day! :D
