Answer:
mmm but picture of the triangle
Step-by-step explanation:
Answer: 10?
Step-by-step explanation:
I'm guessing the problem based off your description
5 (1/2) x 4 = X
2.5 x 4 = X
X = 10
x=-3 then y= 27
x= -2 then y= 9
x=2 then y: 
x=3 then y: 
The graph of the function decreases from left to right.
Option C is correct.
Step-by-step explanation:
We are given the function: 
and we need to fill the table
if x = -3 then y=?
Putting value of x in the given function:


Applying exponent rule a^-b= 1/a^b

if x = -2 then y=?
Putting value of x in the given function:


Applying exponent rule a^-b= 1/a^b

if x = 2 then y=?
Putting value of x in the given function:


Applying exponent rule a^-b= 1/a^b

if x = 3 then y=?
Putting value of x in the given function:


Applying exponent rule a^-b= 1/a^b

So, x=-3 then y= 27
x= -2 then y= 9
x=2 then y: 
x=3 then y: 
Graph of the function is shown in figure attached.
The graph of the function decreases from left to right.
Option C is correct.
Keywords: Solving Equations
Learn more about Solving Equations at:
#learnwithBrainly
Answer: C
Step-by-step explanation: Since there are no additional charges, you would not need to add anything to your equation. (Unless there is information missing, then idk)
Our goal here is to create a copy of line segment PQ, through various steps. Let's start with drawing line segment PQ, respectively point R a fixed distance away from the segment.
It would be wise to use a compass in this case, and a ruler for certain.
So we have this segment PQ, and point R a " fixed distance " away from PQ.
( 1. Extend a compass to match with the length of PQ,
( 2. Move this compass ( without changing it's length ) so that one endpoint matches with point R
( 3. Now draw an arc with this compass, where this line will be
( 4. Take your ruler and draw a straight line from this point R to your arc. It would be wise to draw this line to the middle of the arc you created.
If you like, take a look at the attachment below to see what it should look like.
I have done these questions before, so I can assure you that this experiment is proved correctly!