The correct formula is E = MC².
M = mass
Einstein developed the E = mc squared formula.
Yes.
ac is 7 if b is 3 and a is 2 a nd c is 5
mc=ac
27.908763334678123
The correct formula is E = MC².
Transistor are DC output, Triac are AC output.
It's when the MR is not equal to MC. The firm in this case is unable to produce output the equals marginal revenue to marginal cost.
because at the minimum costs the adition costs(MC) is equal to average costs(AC) and which is a cost of single unit.
It wont work for AC measurements. Not designed for AC application
It wont work for AC measurements. Not designed for AC application
M = mass
Yes an AC adaptors output can be AC. In order to change the output to AC a few components inside of the adaptor has to be removed. Pretty much all that has to be removed from the adaptor are the diodes. The gaps in the circuit then have to be bridged in order for the electricity to continue to flow to the output plug. However this can cause problems with the circuit causing the capacitors to explode. I dont recommend modifying an adaptor to output AC. Just go out and buy another one.
AVC=AC-AFC,the AVC curve is simply the vertical difference between the AC and AFC curve, AFC gets less, the gap between AVC andAC narrows.since all marginal costs are variable ,the same relationship holds between MC and AVC as it did between MC and AC ,that is ,when MC is less than AVC ,it must be falling, if MC is greater than AVC .it must be rising, so ,as with the AC curve ,the MC curve crosses the AVC curve at its minimum point
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