Carbonation is more of a healer to the engine
I think the answer is C) 0.25v I’m not sure tho
The total output power that can be supplied by this bank is 75 kVA.
<h3>How to find the total output power that can be supplied by this bank?</h3>
To find the total output power of an open-delta connection, you need to use the formula P = (3/4) * kVA * PF, where P is the power in watts, kVA is the transformer rating in kilovolt-amperes, and PF is the power factor. In your case, if each transformer has a rating of 100 kVA and a power factor of 1 (which is typical for a transformer), then the total power output of the open-delta connection would be (3/4) * 100 kVA * 1 = 75 kVA.
It's worth noting that the open-delta connection is not commonly used in practice, because it provides less capacity and less fault protection than other connection methods. The three-phase delta and wye connections are more commonly used, because they provide more capacity and better fault protection.
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Answer:
Adam Leonhart and Annie Leonhart
Explanation:
Answer:
(a) 6.5774 minutes
(b) 4.3879 minutes
(c) 2.459 minutes
(d) 245.902 minutes
Explanation:
The learning curve model follows the following equation:
where Y are the units time to produce X units, and a is the time for assembly the first unit. Additionally, b is calculated as:
Where r is the learning rate for mechanical assembly. So, b is equal to:
Then, the equation is:
Finally, the unit times to produce the second unit are:
The 10th unit:
The 100th unit:
Then, the total cumulative time T to produce 100 units in the Crawford model is calculated as: