Answer:
graph{3x+5 [-10, 10, -5, 5]}
x
 intercept:  
x
=
−
5
3
  
y
 intercept:  
y
=
5
Explanation:
For a linear graph, the quickest way to sketch the function is to determine the  
x
 and  
y
 intercepts and draw a line between the two: this line is our graph.
Let's calculate the  
y
 intercept first:
With any function,  
y
 intercepts where  
x
=
0
.
Therefore, substituting  
x
=
0
 into the equation, we get:
y
=
3
⋅
0
+
5
y
=
5
Therefore, the  
y
 intercept cuts through the point (0,5)
Let's calculate the  
x
 intercept next:
Recall that with any function:  
y
 intercepts where  
x
=
0
.
The opposite is also true: with any function  
x
 intercepts where  
y
=
0
.
If we substitute  
y
=
0
, we get:
0
=
3
x
+
5
Let's now rearrange and solve for  
x
 to calculate the  
x
 intercept.
−
5
=
3
x
  
−
5
3
=
x
Therefore, the  
x
 intercept cuts through the point  
(
−
5
3
,
0
)
.
Now we have both the  
x
 and  
y
 intercepts, all we have to do is essentially plot both intercepts on a set of axis and draw a line between them
The graph of the function  
y
=
3
x
+
5
:
graph{3x+5 [-10, 10, -5, 5]}
 
        
             
        
        
        
If the data set represents the number of rings each person is wearing, being: 0,2,4,0,2,3,2,8,6, the interquartile range of the data is 2. Being, 4 as the Q1, 3 as the Q2 or median, and 6 as the Q3. Where the formula of getting the interquartile range is IQR= Q1-Q2.
        
                    
             
        
        
        
Answer:
the 2nd one
Step-by-step explanation:
2*3x is 6x
2*4 is 8
equation is 6x+8