The metric designators and trade sizes are for identification purposes only and are not actual dimensions, as pointed out in the note in table 300.1(C).
<h3>
What are identification purposes?</h3>
- For identification purposes, an acceptable ID MUST be issued by a Federal, State, County, or Municipal entity.
- For identification purposes, the single document must include the following criteria: photo, name, address (home/employer), date of birth, and be issued by a Federal, State, County, or Municipal entity.
[Refer The table 300.1(C) below.]
Therefore, the metric designators and trade sizes are for identification purposes only and are not actual dimensions, as pointed out in the note in table 300.1(C).
Know more about identification purposes here:
brainly.com/question/11827791
#SPJ4
The correct question is given below:
The metric designators and trade sizes are for identification purposes only and are not actual dimensions as pointed out in the note to Table?
Answer: the answer is linear
Step-by-step explanation: (not sure what functions it’s talkin about but it is linear)
We know that
side AB is parallel to side CD
then
∠A=∠D
∠B=∠C
therefore
(2x+6)/10=(x+6)/8-------------> 8*(2x+6)=10*(x+6)------> 16x+48=10x+60
16x-10x=60-48----------> 6x=12---------> x=2
so
AE=2x+6-------> 2*2+6--------> AE=10
the answer is AE=10 units
Answer:
$8.28
Step-by-step explanation:
This is a compound growth problem.
The formula is:

Where F is the future amount (amount in 3 yrs)
P is the initial amount (here, it is 7.15)
r is the rate of growth, in decimal (5% means 5/100 = 0.05)
t is the time , in years ( t = 3)
Now, substituting, we find the hourly wage after 3 years:

Hence,
<u>after 3 years, at 5% growth, the new hourly wage would be $8.28</u>