Answer:
C++.
Explanation:
#include <iostream>
#include <string>
using namespace std;
////////////////////////////////////////////////////////////////////////////
int sumDigits(string alphanumeric) {
if (alphanumeric.length() == 1) {
if ((int(alphanumeric[0]) >= 48) && (int(alphanumeric[0]) <= 57)) {
cout<<int(alphanumeric[0]) - 48<<endl;
return (int(alphanumeric[0]) - 48);
}
else
return 0;
}
else {
if ((int(alphanumeric[0]) >= 48) && (int(alphanumeric[0]) <= 57)) {
cout<<int(alphanumeric[0]) - 48<<endl;
return int(alphanumeric[0]) - 48 + sumDigits(alphanumeric.substr(1, alphanumeric.length()-1));
}
else
return 0 + sumDigits(alphanumeric.substr(1, alphanumeric.length()-1));
}
}
////////////////////////////////////////////////////////////////////////////
int main() {
cout<<"Sum: "<<sumDigits("ab1c2d3e54");
return 0;
}
Answer:
(A) and (B) I'm leaning more towards (B)
Explanation:
Packet analyzer is a tool that captures every packet transmitted over a network and analyzes the content. Basically this is used to gather network statistics and troubleshoot network issues.
When you combine and and or operators, the <u>OR</u><u> ope</u>rators take precedence, meaning their boolean values are evaluated first.
<h3>When you use the _ operator only one of the listed conditions?</h3>
Relational comparison operators. Nested if. Using this operator, each Boolean phrase must be true for the entire expression to be evaluated as true. When this operator is used, only one of the listed requirements must be met for the resulting action to take place.
<h3>Which operator has the highest precedence?</h3>
Arithmetic operators have higher importance than relational operators, and relational operators have a higher precedence than assignment operators. Despite this, it is a good idea to place parentheses around an arithmetic expression when its result will be used in a relational expression.
To learn more about Boolean values, refer
brainly.com/question/17933658
#SPJ4
The answer to this question would be the last choice. The master program that controls the system hardware.
All computers require a software known as the <em>operating system</em> to properly function and allow you to use the computer. This operating system works as a "master program" that manages the computer's processes and memory.
