in STP if both switches use the same default priority, the switch with the lowest MAC address will be the root bridge.
The same as top priority. The number one concern.
. goodbye.
The same as top priority. The number one concern.
They are the same
It's the same number.
No two different elements can have the same atomic number.
It's the same as adding a positive number.
-- Nothing happens to it. -- You generate a new number that's ten times the size of the original number. -- The new number has all the same digits as the original number had, in the same order. But the decimal point in the new number is one digit to the right of where it was in the original number.
When you multiply a number by 1, you get the same number back. Ex. 10x1=10
Normal encoder will not consider the priority of data it will encode normally but priority encode will encode data with consideration of user defined priority . Normal encoder will not consider the priority of data it will encode normally but priority encode will encode data with consideration of user defined priority Example:- D2,D1,D0 data Normal encoder will not consider the priority of data it will encode normally but priority encode will encode data with consideration of user defined priority Example:- D2,D1,D0 data If we consider D2 has high priority (D2>D1>D0)then priority encode will give most priority to that it will give according to priority sequence
A priority queue is a collection of elements that each element has been assigned a priority and such that order in which elements are deleted and processed comes from the following riles: 1) An element of higher priority is processed before any element of lower priority. 2) Two element with the same priority are processed according to the order in which they were added to the queue.
It will give you a perfect square.