As for this problem together with the presented options with it, the most probable answer and the most likely one would be D. on the second ring.
Though the answer would be it depends since there wasn't any information provided about the nature of the answering of the call, whether it is for business or just personal, if it is for business then what kind of business and so on and so forth. Some let the voice mail answer, it is okay to answer the fourth ring, maybe on the first or on the second. So generally speaking, the correct answer would be on the second ring. Letting the voice mail answer is either you aren't available on the moment or of other matters that might be strategic to the receiver of the call. After the fourth ring is just disrespectful, or you are busy at the moment and made time. On the first ring is great and all, but might give the idea that you are doing nothing. On the second ring gives you a moment to prepare to answer, and it isn't that long for the caller to wait to be entertained.
<span>unshielded twisted pair cable (UTP)</span>
Answer:
B. DDI
Explanation:
A(n) DDI event is an alert that is produce or invoke when the gossip traffic allow a platform to conclude that an attack or potential attack is under way.
A device driver is a computer program that operates or controls a particular type of device that is attached to a computer system.
A driver provides or supply a software interface to hardware devices which enable the operating systems and other computer programs to access hardware functions without needing to know the exact details in respect of the hardware being used.
DDI means Device Driver Interface
A driver relate or communicate with the device via the computer bus or communications subsystem to which the hardware is connected. Whenever a calling program invokes a routine in the driver, the driver will subsequently transmit commands to the device.
Answer:
Explanation:
Required
First, carry out the addition in binary
The step is as follows (start adding from right to left):
--- Write 0 carry 1
---- Write 1 carry 1
---- Write 1
--- Write 1
---- Write 0
---- Write 0
--- Write 0 carry 1
No other number to add ; So, write 1 (the last carry)
So, we have:
Next, convert to base 10 using product rule
Lastly, convert to hexadecimal using division and remainder rule
Write the remainder from bottom to top;
In hexadecimal
So, we have:
Hence: