<span>The equivalent of the TTL(Time to Live) field in an IPv4 header is known as the Hop Limit in an IPv6 header.
</span>The IPv6 header is a streamlined version of the IPv4
header. The field Hop Limit has the size of 8 bits and indicates the maximum number of links
over which the IPv6 packet can travel before being discarded.
Answer:
syndication
Explanation:
According to Gitlin, during the 1950s and 60s television production costs began to exceed the licensing fees the networks paid in order to broadcast their programming. But the studios could make that money back by putting a show in syndication after it produced 100 episodes that could be programmed in re-runs. Syndication is the licensing or sale of a publication material by television stations.
Answer:
Relay
Explanation:
They both perform similar functions in terms of control of voltage and current but the relay would be better because although it cannot produce a variable output like that of an amplifier, it has the capacity to isolate its input from its output.
Answer:
getline(cin, address);
Explanation:
Given
String object: address
Required
Statement that reads the entire line
The list of given options shows that the programming language is c++.
Analysing each option (a) to (e):
a. cin<<address;
The above instruction will read the string object until the first blank space.
Take for instance:
The user supplied "Lagos state" as input, only "Lagos" will be saved in address using this option.
b. cin address:
This is an incorrect syntax
c. getline(cin,address);
Using the same instance as (a) above, this reads the complete line and "Lagos state" will be saved in variable address
d. cin.get(address);
address is created as a string object and the above instruction will only work for character pointers (i.e. char*)
<em>From the above analysis, option (c) is correct.</em>
Answer:
The python function is as follows:
def fact(N):
factorial = 1
for i in range(1,N+1):
factorial = factorial * i
return(factorial)
Explanation:
This line defines the function
def fact(N):
This line initializes the product of 1 to N to 1
factorial = 1
This line iterates through 1 to N
for i in range(1,N+1):
This line calculates the product of 1 to N i.e. factorial
factorial = factorial * i
This line returns the factorial
return(factorial)
