Answer:
It Gives Them Ability To Push Back Against Bad Decisions
It should form part of the culture of engineering, and be celebrated as something to be proud of. A grounding in ethics empowers engineers to bring concerns forward, and ensure that the proper level of scrutiny is applied to unsafe or unethical practices.
Wire will always be stranded when it is larger than which of the following?
12 AWG
8 AWG
4 AWG
6 AWG
Answer:
got em blake the red head
Explanation:
Wire will always be stranded when it is larger than 6 AWG. Check more about American Wire Gauge below.
What is AWG rule about?The American Wire Gauge (AWG) is known to be a kind of standardized wire gauge system that are known to be widely used in all parts of the United States. It centers around the diameter of electrical wire.
Conclusively, AWG general rules of thumb states that for every 6 gauge one has to lower the wire diameter and as such, Wire will always be stranded when it is larger than 6 AWG.
Learn more about Wire from
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cos square there + cos square theta multiply cot square theta = cot square theta
Explanation:
We need to prove that : [tex]\cos^2\theta+\cos^2\theta {\cdot} \cot^2\theta=\cot^2\theta[/tex]
Taking LHS : [tex]\cos^2\theta+\cos^2\theta {\cdot} \cot^2\theta[/tex]
Taking [tex]\cos^2\theta[/tex] common as follows :
[tex]\cos^2\theta(1+ \cot^2\theta)[/tex] ...(1)
We know that :
[tex]cosec^2\theta-\cot^2\theta=1\\\\cosec^2\theta=1+\cos^2\theta[/tex] ....(2)
Use equation (2) in equation (1) as follows :
[tex]\cos^2\theta{\cdot} cosec^2\theta[/tex]
We know that : [tex]cosec\theta=\dfrac{1}{\sin\theta}[/tex]
So,
[tex]\cos^2\theta{\cdot} \dfrac{1}{\sin^2\theta}\\\\=\cot^2\theta[/tex]
=RHS
Hence, LHS = RHS
Which feature would be used to measure OUTER diameter?
Answer:
Calipers
Explanation:
Calipers can also be used to measure holes of different shapes: square, rectangular, cylindrical or hexagonal. The lower set of jaws on the caliper is used to measure the outer diameter of a cylinder. It will also give you the total length or width of an object.