The calculated value of a in the equtaion is a = 6
From the question, we have the following parameters that can be used in our computation:
7a-3=3+6a
Rewrite as
7a - 3 = 3 + 6a
Evaluate the like terms
So, we have
7a - 6a = 3 + 3
This gives
a = 6
Divide through the equation by 6
so, we have the following representation
a/6 = 1
Evaluate the quotient on the right hand side
a/6 = 1
Lastly, we have
a = 6
Hence, the value of a in the equtaion is 6.
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1/8+1/3=](3)(1)+(1)(8)]/[(8)(3)]=13/24
Step-by-step explanation:
0 -5
1 0
2 5
Which statement best explains whether the table represents a linear function or a nonlinear function?
It represents a linear function because it's points are on a straight line
It represents a linear function because it's points are not on a straight line
It represents a nonlinear function because its points are on a straight line
It represents a nonlinear function because it's points are not on as straight line.
Answer:
Option 1 - It represents a linear function because it's points are on a straight line
Step-by-step explanation:
Given : The following table shows the values of y for different values of x :
x y
0 -5
1 0
2 5
To find : Which statement best explains whether the table represents a linear function or a nonlinear function?
Solution :
For a linear equation the slopes of the line between any two pairs of these is the same.
For a non-linear equation the slopes of the line between any two pairs of these is different.
First we find the slope,
Slope is
Points are (0,-5) and (1,0) substitute in m.
Points are (1,0) and (2,5) substitute in m.
Points are (2,5) and (0,-5) substitute in m.
The slopes are same, so it is a linear function.
The points are also in a straight line as shown in figure attached below.
Therefore, Option 1 is correct.
It represents a linear function because it's points are on a straight line