Answer: 4x - 13
<h2>
Step-by-step explanation:
</h2>
<em>First, we need to get triple of x:</em>
Triple of x is: 3x
<em>Next is to get the difference between 3x and 13:</em>
x + 3x -13
4x - 13
Hence, the variable expression is 4x - 13
Answer:
8y^2(y + 2)
Step-by-step explanation:
The given expression is 8y^3 + 16y^2
Let's find the greatest common factor of 8y^3 and 16y^2
The GCF is 8y^2. Let's take out the GCF outside and write the remaining terms as follows
8y^2 (y + 2)
Therefore, the factors are 8y^2 and (y + 2)
That is 8y^3 + 16y^2 = 8y^2(y + 2)
Thank you.
-10x+y=4
u just need to plug in values of x in function to get y values
x=-2
-10(-2)+y=4
20+y=4
y=-16
-10x+y=4
x=-1
-10(-1)+y=4
10+y=4
y=-6
-10x+y=4
at x=0
-10(0)+y=4
y=4
u are getting y values according to x values
y=-16 at x=-2
y=-6 at x= -1
y=4 at x=0
next u can find
Answer:
Answer to question a = 95.4
Answer to question b = UCL = 96.07
LCL = 94.73
Answer to question c = Process is still in control
Step-by-step explanation:
a. The computation of estimate mean is as shown below:-
= 95.4
b. The computation of Upper Control Limit (UCL) and the Lower Control Limit (LCL) for the manufacturing process is shown below:-
= 95.4 + 0.67082
= 96.07
= 95.4 - 0.67082
= 94.73
c. The explanation is shown below:-
From the above calculation we can see that the sample lies between LCL AND UCL that is (94.73 ,96.07) ,
The Process is still in control
