Answer:
PING
Explanation:
To check if there's still connectivity between the computer and server, I would use the ping command.
The ping command is primarily a TCP/IP command. What this command does is to troubleshoot shoot. It troubleshoots connection and reachability. This command also does the work of testing the name of the computer and also its IP address.
B. Artificial General Intelligence (AGI)
The term that is described in the question is A. Artificial Narrow Intelligence.
Artificial intelligence simply means the ability of a computer system to automatically make decisions based on the input value received.
Artificial Narrow Intelligence is the computer's ability to do a single task well. It's used in today’s email spam filters, speech recognition, and other specific applications.
Read related link on:
Answer:
A. Artificial Narrow Intelligence.
Explanation:
Artificial intelligence is the ability of a computer system, with the help of programming, automatically make decisions as humanly as possible, based on the input value received. There are three types of artificial intelligence, namely, artificial narrow intelligence (ANI), artificial general intelligence (AGI) and artificial super intelligence (ASI).
ANI is focus on executing one specific task extremely well like web crawler, speech recognition, email spam filters etc. AGI is meant to handle human intellectual task, while ASI performs task beyond human intellect.
a)To document an antivirus pattern that continues to be sent to your mailbox
b)To insert as a Signature for all outgoing emails
c) To save your emails so that you can restore your mailbox if necessary
d)To create a file that deleted emails will be sent to for deletion
The purpose of creating a PST file is to
c) To save your emails so that you can restore your mailbox if necessary
Explanation:
(ii). Detection is more important than prevention and recovery
(iii). Recovery is more important than prevention and detection
Answer:
(i) Prevention is more important than detection and recovery.
(ii) Detection is more important than prevention and recovery.
(iii) Recovery is more important than prevention and detection.
Explanation:
(i) Prevention is more important than detection and recovery.
Prevention of attack can be through various applications for example a walk through gates are placed in order to prevent any attacker from entering the premises and causing harm.
(ii) Detection is more important than prevention and recovery.
Detection of an attack can be done through for example a security alarm can detect an attack and inform others.
(iii) Recovery is more important than prevention and detection.
Recovery of an attack can be done by for example an insurance which will recover a portion of loss occurred during the attack.
Answer: A prevention
Explanation:
You can alway's prepare for someone by preventing from doing something but you can't detection something right away it is not h3cked and you can't recover something that is not detected
the hours, minutes, and sections, and various operations to adjust the time. The framework for your
clock is in the Time class with the four methods you must complete.
1.) advanceOneSecondâ A user calls this method to advance the clock by one second.
a. When the seconds value reaches 60, it rolls over to zero.
b. When the seconds roll over to zero, the minutes advance.
So 00:00:59 rolls over to 00:01:00.
c. When the minutes reach 60, they roll over and the hours advance.
So 00:59:59 rolls over to 01:00:00.
d. When the hours reach 24, they roll over to zero.
So 23:59:59 rolls over to 00:00:00.
2.) compareTo â The user wants to know if a second time is greater than or less than the time
object called, assuming both are on the same date.
a. Returns -1 if this Time is before otherTime.
b. Returns 0 if this Time is the same as otherTime.
c. Returns 1 if this Time is after otherTime.
3.) add â Adds the hours, minutes, and seconds of another time (the offset) to the current time
object. The time should ârolloverâ if it exceeds the end of a 24 hour period.
4.) subtract â Subtracts the hours, minutes, and seconds of another time (the offset) from
the current time object. The time should âroll backâ if it precedes the beginning of a 24 hour
period.
________________________________________________________________________
package clock;
/**
* Objects of the Time class hold a time value for a
* European-style 24 hour clock.
* The value consists of hours, minutes and seconds.
* The range of the value is 00:00:00 (midnight) to 23:59:59 (one
* second before midnight).
*/
public class Time {
private int hours;
private int minutes;
private int seconds;
/**
* Add one second to the current time.
* When the seconds value reaches 60, it rolls over to zero.
* When the seconds roll over to zero, the minutes advance.
* So 00:00:59 rolls over to 00:01:00.
* When the minutes reach 60, they roll over and the hours advance.
* So 00:59:59 rolls over to 01:00:00.
* When the hours reach 24, they roll over to zero.
* So 23:59:59 rolls over to 00:00:00.
*/
public void advanceOneSecond()
{
}
/**
* Compare this time to otherTime.
* Assumes that both times are in the same day.
* Returns -1 if this Time is before otherTime.
* Returns 0 if this Time is the same as otherTime.
* Returns 1 if this Time is after otherTime.
*/
public int compareTo(Time otherTime)
{
return 0;
}
/**
* Add an offset to this Time.
* Rolls over the hours, minutes and seconds fields when needed.
*/
public void add(Time offset)
{
}
/**
* Subtract an offset from this Time.
* Rolls over (under?) the hours, minutes and seconds fields when needed.
*/
public void subtract(Time offset)
{
}
Using the knowledge in computational language in JAVA it is possible to write a code that user calls this method to advance the clock by one second. When the seconds value reaches 60, it rolls over to zero.
public class Time
{
private int hours;
private int minutes;
private int seconds;
public void advanceOneSecond()
{
seconds++;
if(seconds >= 60)
{
seconds -= 60;
minutes++;
}
if(minutes >= 60)
{
minutes -= 60;
hours++;
}
if(hours >= 24)
hours -= 24;
}
public int compareTo(Time otherTime)
{
if(hours > otherTime.hours)
return 1;
else if(hours < otherTime.hours)
return -1;
else
{
if(minutes > otherTime.minutes)
return 1;
else if(minutes < otherTime.minutes)
return -1;
else
{
if(seconds > otherTime.seconds)
return 1;
else if(seconds < otherTime.seconds)
return -1;
else
return 0;
}
}
}
public void add(Time offset)
{
seconds += offset.seconds;
minutes += offset.minutes;
hours += offset.hours;
if(seconds >= 60)
{
seconds -= 60;
minutes++;
}
if(minutes >= 60)
{
minutes -= 60;
hours++;
}
if(hours >= 24)
hours -= 24;
}
public void subtract(Time offset)
{
if(offset.seconds > seconds)
{
minutes--;
seconds = seconds + 60;
}
seconds -= offset.seconds;
if(offset.minutes > minutes)
{
hours--;
minutes = minutes + 60;
}
minutes -= offset.minutes;
if(offset.hours > hours)
{
hours += 24;
}
hours -= offset.hours;
}
}
See more about JAVA at brainly.com/question/18502436
#SPJ1
Answer:
'='
Explanation:
The equal ('=') is the character that is used to assign the value in the programming.
In the programming, there is a lot of character which has different meaning and uses for a different purpose.
like '==' it is used for checking equality between the Boolean.
'+' is a character that is used for adding.
'-' is a character that is used for subtraction.
similarly, '=' used for assigning.
for example:
a = a + b;
In the programming, the program evaluates the (a + b) first and then the result assigns to the variable.
The recommended approach for this:
(1) create a variable to hold the current sum and initialize it to zero,
(2) use a for loop to process each element of the list,
(3) test each element to see if it is an integer or a float, and, if so, add its value to the current sum,
(4) return the sum at the end.
student.py 1
Hef sum_lengths(value_list):
# Implement your function here. Be sure to indent your code block! Restore original file
Answer:
See explaination
Explanation:
def sum_lengths(value_list):
total = 0
for x in value_list:
if (type(x)==int) or (type(x)==float):
total += x
return total