Public static void main (string args []){
System.out.println("The grade is" + print grade (78));
System.out.println("The grade is" + print grade (59));
}
Public static char print grade (integer grade){
If ( grade >= 90)
System.out.println("You have earned the letter grade A");
Else if (grade >=80)
System.out.println("You have earned the letter grade B");
Else if (grade >=70)
System.out.println("You have earned the letter grade C");
Else if (grade >=60)
System.out.println("You have earned the letter grade D");
Else if (grade <=59)
System.out.println("You have earned the letter grade F");
else (0 >= grade >= 100) System.out.println("You have entered an invalid input.")
}
}
Explanation:
Public static void main (string args []){
System.out.println("The grade is" + print grade (78));
System.out.println("The grade is" + print grade (59));
}
Public static char print grade (integer grade){
If ( grade >= 90)
System.out.println("You have earned the letter grade A");
Else if (grade >=80)
System.out.println("You have earned the letter grade B");
Else if (grade >=70)
System.out.println("You have earned the letter grade C");
Else if (grade >=60)
System.out.println("You have earned the letter grade D");
Else if (grade <=59)
System.out.println("You have earned the letter grade F");
else (0 >= grade >= 100) System.out.println("You have entered an invalid input.")
}
}
Explanation:
Written in Java
import java.util.*;
public class Project01{
public static void main(String[] args) {
Scanner input = new Scanner(System.in);
int num1,num2;
System.out.print("Enter first number: ");
num1 = input.nextInt();
System.out.print("Enter second number: ");
num2 = input.nextInt();
System.out.println(num1+" + "+num2+" = "+(num1 + num2));
System.out.println(num1+" - "+num2+" = "+(num1 - num2));
System.out.println(num1+" * "+num2+" = "+(num1 * num2));
System.out.println(num1+" / "+num2+" = "+(num1 / num2));
System.out.print("The average of your two numbers is: "+(num1 + num2)/2);
}
}
Explanation:
import java.util.*;
public class Project01 {
public static void main(String[] args) {
Scanner input = new Scanner(System.in);
This line declares myfirstnum and mysecnum as integer
int myfirstnum,mysecnum;
This line prompts user for first number
System.out.print("Enter first number: ");
This line gets user input
myfirstnum= input.nextInt();
This line prompts user for second number
System.out.print("Enter second number: ");
This line gets user input
mysecnum = input.nextInt();
This line calculates and prints addition operation
System.out.println(myfirstnum+" + "+mysecnum+" = "+(myfirstnum + mysecnum));
This line calculates and prints subtraction operation
System.out.println(myfirstnum+" - "+mysecnum+" = "+(myfirstnum - mysecnum));
This line calculates and prints multiplication operation
System.out.println(myfirstnum+" * "+mysecnum+" = "+(myfirstnum * mysecnum));
This line calculates and prints division operation
System.out.println(myfirstnum+" / "+mysecnum+" = "+(myfirstnum / mysecnum));
This line calculates and prints the average of the two numbers
System.out.print("The average of your two numbers is: "+(myfirstnum + mysecnum)/2);
}
}
Following are the code to this question:
def is_question(input_string): # defining method is_question
output = '?' in input_string # checking question mark symbol in value
return output #return value
input_string = input('Enter any string value: ') # defining variable input_string to input value
print (is_question(input_string)) # call method and print return value
Output:
Enter any string value: what is your name?
True
Explanation:
In the given python program code, a method "is_question" is declared, which accepts an "input_string" value in its parameter.
Inside the method, an output variable is used, that search question symbol in the parameter value and return its value. In the next step, the input_string variable is declared, which uses the input method to accepts string value and passes into method calling time and print its return value.Net Input: ADP, NAD⁺, Glucose
Net Output: ATP, NADH and Pyruvate,
not input or output: O₂, CO₂, coenzyme A and acetyl CoA
Explanation:
Cellular respiration is a catalytic cycle in which glucose structures are broken to obtain the energy currency, which is ATP. This process occurs at times when energy consumption is necessary for the body.
that is why there is input and output of components within the cycle, since it is not anabolic but CATABOLIC.
Explanation:
Net Input: ADP, NAD⁺, Glucose
Net Output: ATP, NADH and Pyruvate,
not input or output: O₂, CO₂, coenzyme A and acetyl CoA
Explanation:
Cellular respiration is a catalytic cycle in which glucose structures are broken to obtain the energy currency, which is ATP. This process occurs at times when energy consumption is necessary for the body.
that is why there is input and output of components within the cycle, since it is not anabolic but CATABOLIC.
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