Answer:
<em>C++.</em>
#include <iostream>
using namespace std;
////////////////////////////////////////////////////////////////
int main() {
int weekly_hours = 0;
int hourly_rate;
float gross_pay = 0;
cout<<"Enter weekly hours worked: ";
cin>>weekly_hours;
cout<<"Enter hourly rate: ";
cin>>hourly_rate;
cout<<endl;
////////////////////////////////////////////////
if (weekly_hours > 40) {
gross_pay = (weekly_hours*hourly_rate) + ((weekly_hours*hourly_rate)*0.5);
}
else
gross_pay = weekly_hours*hourly_rate;
cout<<"Weekly gross pay: $"<<gross_pay;
////////////////////////////////////////////////
return 0;
}
Answer:
blep blep blep belp belp belp belp belp belp BELPPPPPPPPPP
Answer:
harris_poll_ranking = int(input("Enter team's Harris Poll ranking [1 - 2,850]: "))
coaches_poll_ranking = int(input("Enter team's Coaches Poll ranking [1 - 1,475]: "))
computer_ranking = float(input("Enter team's computer ranking [0 - 1]: "))
harris_poll_score = harris_poll_ranking / 2850
coaches_poll_score = coaches_poll_ranking / 1475
bcs_score = harris_poll_score / 3 + coaches_poll_score / 3 + computer_ranking / 3
print(bcs_score)
Explanation:
*The code is in Python.
Ask the user to enter the harris_poll_ranking as int, coaches_poll_ranking as int and computer_ranking as float
Calculate the harris_poll_score, divide the harris_poll_ranking by 2850
Calculate the coaches_poll_score, divide the coaches_poll_ranking by 1475
Calculate the bcs_score, harris_poll_score, coaches_poll_score and computer_ranking by 3 and sum them
Print the bcs_score
Answer:
ASK
Explanation:
The correct answer is ASK which denotes Amplitude Shift Keying. This is essentially a type of amplitude modulation which represents the binary data that comes varied forms right in the amplitude of a signal.
Now the reason why It is the most susceptible technique to noise is due to the fact that between frequency, phase & amplitude, amplitude is the one that is most susceptible to being affected by noise when compared to the other two.
I’m pretty sure it’s “Find and paste”
