Solution :
public 
Student {
school
public 
(String school) {
= school;
}
public String 
{
return 
+ school;
}
}
HighSchool
:
public class 
extends Student {
public (String school) {
super
;
}
public String {
return 
+ super.;
}
}
The last mile of broadband access is the last final step of Internet connectivity to the subscriber's home or office.
Explanation:
The last mile of broadband access is the last final step of Internet connectivity to the subscriber's home or office.
Copper wire -
- popular choice,
- less durable,
- offers less bandwidth,
- prone to interference,
- cheaper
Alternative is to use Optical fiber connectivity -
- more durable,
- offers much higher bandwidth compared to copper wiring,
- expensive
Business and personal users have to weigh the pros and cons of copper wiring and optical fiber based on above mentioned factors.
Business who can afford the cost can choose Optical Fiber connectivity especially if the business involves working with huge amount of data.
The needs of personal users can be sufficed by copper wiring.
int main() {
string simon_Pattern;
string user_Pattern;
int userScore;
int i;
user_Score = 0;
simon_Pattern = "RRGBRYYBGY";
user_Pattern = "RRGBBRYBGY";
for (i = 0; i <= simson_pattern.length; i++) {
if (simon_Pattern[i] == user_Pattern[i]) {
user_Score = user_Score + 1;
} else {
break;
}
}
cout << "userScore: " << user_Score << endl;
return 0;
}
Here it uses two string variable to store “simson’s pattern and user’s pattern”. Then a “for loop” is executed till the end of the string. Inside the for loop both the strings are compared character by character and when found the score is added. If not for loop is exited and finally the score is displayed.
Answer:
(B) Home
Explanation:
Echo is an Amazon product.
Home is a smart speaker developed by Google.
Cortana is a product of Microsoft.
HomePod is developed by Apple.
If Henry wants to be connected to his Google account, you would recommend him to buy Home, because it is a Google product.
Answer:
The program in Python is as follows:
num = int(input())
for i in str(num):
print(int(i))
Explanation:
This gets input for the number
num = int(input())
This converts the number to string and iterates through each element of the string
for i in str(num):
This prints individual digits
print(int(i))
