Yes, our shared social experiences lead us to think communication is a cure-all.
This is because, helps the individual in shaping their mental and emotional health for the rest of their life.
With shared social experiences , there would be communication among people and it serves as a cure-all.
Therefore, shared social experiences lead us to think communication is a cure-all.
Learn more about social experiences at:
Answer:
Yes
Explanation:
Shared social illustrations have always shown that any problem of any kind can be sorted by communication.
Eg : Whenever societies face any problem - eg recession, the competent people related to that area of problem (representing different interests of various groups also) sit & discuss (ie communicate in detail) about it.
These communications have seen to be solution to all problems world has faced.
Answer:
A structured chart is a sequential representation of program design
Explanation:
It is true that a real-time system which is a term to describe an operating system working in relation to real-time is actually a form of the online system. Hence, option B is not correct.
It is also true that Batch totals are not incorporated while designing real-time applications because Batch Data processing is carried out in a separate manner and at a time when the computer is free. Thus Option C is not Correct
It is also true that 4GL which stands for Forth generation programming language is used for application prototyping. Again Option D is not Correct.
However, a structured chart is not a sequential representation of program design, but rather a break down to the infinitesimal module in the program design. Hence, option A is the correct answer.
Answer:
The history of telecommunication began with the use of smoke signals and drums in Africa, Asia, and the Americas. In the 1790s, the first fixed semaphore systems emerged in Europe. However, it was not until the 1830s that electrical telecommunication systems started to appear.
Explanation:
Answer:
The history of telecommunication began with the use of smoke signals and drums in Africa, Asia, and the Americas.
Explanation:
Answer:
// Application in java.
// package
import java.util.*;
// class definition
class Main
{
// method for calculating interest
public static float calculateInterest(float start_bal,float i_Rate)
{
// calculate return
float return_Amount=start_bal+(start_bal*(i_Rate/100));
// return
return return_Amount;
}
// main method of the class
public static void main (String[] args) throws java.lang.Exception
{
try{
// scanner Object to read the input
Scanner sc = new Scanner(System.in);
// variables
float start_bal;
float i_Rate=5;
// ask to enter start money
System.out.print("Enter start money:");
// read start money
start_bal=sc.nextFloat();
// call the function and print the return amount
System.out.println("5% interest earned on $" + start_bal + " after one year is $" + calculateInterest(start_bal,i_Rate));
}catch(Exception ex){
return;}
}
}
Explanation:
Declare and initialize interest rate with 5.Then read the start money from user.Then call the method calculateInterest() with parameter start_bal and i_Rate.It will calculate the return amount after 1 year.Print the returned amount in main method.
Output:
Enter start money:1500
5% interest earned on $1500.0 after one year is $1575.0
Complete question is:
Assume there is a machine with the IP address 129.82.102.63 with netmask /23, and with a parent NW whose netmask is 255.255.224.0.
For each answer, do not include any spaces, give full IP addresses/netmasks where these are requested, give the "/" as part of the answer for slash notation.
a. What is the parent NW's netmask in dotted decimal notation?
b. What is the parent NW's netmask in slash notation?
c. What is the child NW's (subnet's) netmask in dotted decimal notation?
d. What is the child NW's (subnet's) netmask in slash notation?
e. How many bits are there for host # portion for the parent NW? (Another way to say the same thing is How many bits do we manage - on the parent NW?)
f. How many bits are there for NW# portion (within the parent address space) for the subnet?
g. How many bits are there for host # portion for the subnet?
h. How many addresses can we assign to machines/interfaces on this subnet?
Answer:
a. 255.255.224.0
b. /19
255.255 amounts to 16 bits being 1. .224 means 3 more bits are 1. So, in total 19 bits are 1. Hence, total network bits are 16 + 3 = 19.
c. 255.255.254.0
/23 means 8 + 8 + 7 that means
first 2 octets are 1s and 7 bits out of the 3rd octet are 1s. Hence, /23 means 255.255.254.0
d. /23
e. 13 bits are reserved for hosts
Parent network mask is /19, so total 32-19 = 13 bits
f. 19 bits are reserved for the network in the parent address.
g. 9 bits
Subnetwork's mask is /23, so total 32-23 = 9 bits for the host portion.
h. Since 9 bits are reserved for hosts, a total of 29 -2 = 510 machines can be assigned the IP addresses. Two addresses will be network and broadcast addresses for the subnet that can't be allocated to any device.
Explanation:
baseline
internet layer
data link layer
Answer:
Digital Certificate is the correct answer of this question.
Explanation:
Digital certificates are always for encryption and identification for transmitting public keys.The concept of digital certificate is a data structure used for linking an authenticated person to a public key. It is used to cryptographically attach public key rights to the organization that controls it.
For example:- Verisign, Entrust, etc.
Answer:
ipconfig / release command will be used to request new IP configuration information from a DHCP server
Explanation:
The ipconfig /release sends a DHCP release notification to the client so that the client immediately releases the lease henceforth updating the server's status information . This command also mark the old client's id as being available. Thus, the command ipconfig /renew then request a new IP address.