Answer:
0010
Explanation:
Serially left shifted means that the left most bit will enter the register first. The left most bit already stored in the register will move out of the sequence. The "bold" bits mentioned below highlight these left most bits:
Initial State of the Register:
0000
Group of bits entering:
1011
<u>First Clock Cycle:</u>
0000 <em>(This bold bit will move out)</em>
1011 <em>(This bold bit will move in from right side, shifting the whole sequence one place to the left).</em>
The resulting Sequence:
0001
<u>Second Clock Cycle:</u>
0001 <em>(This bold bit will move out)</em>
1011 <em>(This bold bit will move in from right side, shifting the whole sequence one place to the left).</em>
The resulting Sequence:
0010 <em>(Final Answer)</em>
Answer: like the monitor or the keyboard
Explanation: it is true i even looked it up and it was true
Answer:
The answer is "Option d".
Explanation:
The Iteration Management is also an activity in which all members of the team will determine how many the backlog team will allocate towards the next Iteration, and each team wraps up the work only as a group of determined iteration targets. in the given question the "choice d" is correct because The plans to achieve without training entered PO or design staff and requirements have not even been identified, and the wrong choice can be defined as follows:
- In choice A, T' he PO doesn't give the story detail, that's why it's incorrect.
- In choice B, the doesn't a team left the past for more refining with the PO in the Project Backlog, that's why it's incorrect.
- In choice C, The Development Team has not found some other team dependency, that's why it's incorrect.
Answer:
nuclear power plant
Explanation:
A nuclear reactor, or power plant, is a series of machines that can control nuclear fission to produce electricity. The fuel that nuclear reactors use to produce nuclear fission is pellets of the element uranium. In a nuclear reactor, atoms of uranium are forced to break apart.
