Not for asynchronous transmission. The stop bit is needed so that the start bit can
be recognized as such. The start bit is the synchronization event, but it must be
recognizable. The start bit is always a 0, and the stop bit is always a 1, which is also
the idle state of the line. When a start bit occurs, it is guaranteed to be different
from the current state of the line.
I have this same question and don't know it, please answer.
how am i suppose to know who al worden i mean sure my last name is wamba but i dont know who he is
I suppose it could, yes - it will stop if the magnetic field is strong enough.
THe globe is round because the earth is round. The globe is suppose to be a similar verison of the earth but smaller in size to people can see it.
The IP address is of class C.
I have this same question and don't know it, please answer.
I suppose that it could be transfer, but not each transfer is conduction
I suppose that TCH is Transmission Converter Hydraulic.
You suppose to change it every 60000 miles, and as maximum as you can go. And it's in the case when you have a good quality transmission fluid.
I suppose that you think to chemical elements, not to compounds. Dimitri Mendeleev is credited for the creation of the periodic table of elements.
Yes i suppose so, as i have a buddy who did the same.
It would be cheaper to repair or replace the automatic transmission. There are too many differences between a standard transmission and an automatic to economically swap in a standard.
I suppose that you think to atomic weights (not mass) of chemical elements and the molecular mass.
Depending on the speed you are going, yes it could really kill your transmission and your engine! But don't be afraid, your car is not suppose to allow your transmission to downshit if your going to fast for that gear.
No, you can't. You are suppose to put transmission fluid in power steering system.
No, nothing will "blow" or melt.
Suppose A is a subset of S. Then the complement of subset A in S consists of all elements of S that are not in A. The intersection of two sets A and B consists of all elements that are in A as well as in B.