Respuesta :
My answer to the problem is as follows:
Expressed as an absolute value.
The difference between the actual length, x, and the specification, 43.6, can be no more than 0.1
|x - 43.6| ≤ 0.1 <–––––
The 43.6 is the target length, and the tolerance of 0.1 is how far off from the target is acceptable.
Expressed as an absolute value.
The difference between the actual length, x, and the specification, 43.6, can be no more than 0.1
|x - 43.6| ≤ 0.1 <–––––
The 43.6 is the target length, and the tolerance of 0.1 is how far off from the target is acceptable.
Answer:
[tex]43.5\leq x\leq 43.7[/tex]
Step-by-step explanation:
We have been given that the specification for a length x is 43.6 cm with a tolerance of 0.1 cm. We are asked to write given specification as an absolute value.
[tex]|\text{Actual-Ideal}|\leq \text{Tolerence}[/tex]
Upon substituting our given values, we will get:
[tex]|x-43.6|\leq 0.1[/tex]
Using absolute value definition [tex]|x|\leq a=-a\leq x\leq a[/tex], we will get:
[tex]-0.1\leq x-43.6\leq 0.1[/tex]
[tex]-0.1+43.6\leq x-43.6+43.6 \leq 0.1+43.6[/tex]
[tex]43.5\leq x \leq 43.7[/tex]
Therefore, our required inequality would be [tex]43.5\leq x \leq 43.7[/tex].