...when two of them can be rearranged to do everything?\n\nE=IR\nP=IE
126996
Because algebra skills are very lacking in most people. It's just to make sure that they know what the rearranged formula's look like. But you are right, those 2 laws are probably all you need to remember. P=IE is always true, but remember than Ohm's Law is only an approximation for materials that have a linear E vs R graph, such as metals at room temperature. Its not true for semiconductors and gas discharges.
549429
[i]  = I\n[d]s = does (without the s it would be do)\n[t]  = to or the\n[o] = of\n\nAnyway I think all the [ ] are suppose to be abbreviations and these are the most likely.◘
557137
Pull the other one...
171667
Right.  Same amount of work.  When you take them all up at once, you're putting out 5 times the power (=Work/time) but for only 1/5 the time.
84141
Are there supposed to be multiple choices?
640889
IR has been on motherboards for more than 4 years...(good motherboards), Desktops = Stationary   Laptops= portable and wireless for convenience...
346959
none they work eccentrically in the down phase
96300
Can be use all. Instance messing is programmed such a way it can use every switching mechanism.
365197
Yes. Shifting the binary point one position right doubles both the top and bottom.
665157
2 mostly but a combination of the three if possible
15122
please tell all of us more about this\nso we all can switch to the other ones too.
420160
Let us call the first 2 "2 sub 1", the second "2 sub 2" ... same thing for the 6's.\n\nLet us say that "2 sub 1" is distinct from "2 sub 2", and so on.\n\nWe have 8 choices for the first number, seven choices for the second number, etc. This means that there are 8*7*6*5*4*3*2*1 choices, or 8!. \n\nNow if you look at any number, take all of the 2's out. You see that you can rearrange the 2's in 3! different ways (including the original arrangement) using the procedure in the paragraph above. If we take out the 2's rearrange them, and put them back in we have created the a new arrangement. So for each arrangement of numbers, we have counted it 3! times. So we divide by 3!. The same thing for the sixes, we divide by 2!.\n\nThe result it (8!)/((3!)(2!)) = 3360 choices.
392477
Probably at some time or another all of them just to different degrees...
155960
2-M 2-A 2-T Therefore the term in the denominator. Wish you could've posted the exact question. I think -1 has been used to mean rearrangement ie. In what other ways in which MATHEMATICS can be rearranged, leaving alone this particular arrangement MATHEMATICS. If you are a JEE (IIT) aspirant I'd like to meet you. Mail me.
222790
If we imagine a line continuum between machine and man, and place Induction, Deduction & Analogy on it. Induction will probably be closer to the machine and Analogy will be closer to man, with Deduction probably in the center.
2847
You can.  Use the mapping (x, y, z) -> x.  Of course, that is a many-to-one mapping, and kind of useless.
168816
It could happen at the same time....or never....