Answer:
The system cannot find the path specified.
Explanation:
please give brain thx! :D
good luck!
Answer:
int main()
{
int A1= {5,3,4,8,9,0,7};
int SArri1 = sizeof(A1);
printf("Original array: ");
for (int i=0; i < SArri1;i++)
printf("", A1[i] );
int i, sum = 20, n= 0;
printf("\nArray pairs whose sum equal to 20: ");
for (int i=0; i<SArri1; i++)
for (int j=i+1; j<SArri1; j++)
if (A1[i]+A1[j] == sum)
{
Printf(“\n”, array1[i])
Printf(“,”,array1[j]);
n++;
}
printf("\nNumber of pairs whose sum equal to 20: ",n)
return 0;
}
Explanation:
First of all, you should create the array of integers, and put random numbers. Then you have to save in a constant the size of the array (in this code is called SArr1) With a for you can print all the numbers that are on the array because then you will print all array pairs whose sum is equal to a specified numer. in this code we are going to use 20.
then with a condition (if) you are going to compare one of number of the array with all the others and check if its equal to 20. If yes, it going to print the numbers that answer to that condition and it's going to add +1 to the variable n (for this you will need to use two bucles for)
Then you can print the number of pairs whose sum is equal to 20 by printing n
(b) put "hi";
(c) puts "hi";
(d) none of the above
Answer: (A) Puts("hi");
Explanation:
Puts() is the type function that uses the file handling in the programming language. It basically use to compose or write the function or line that displaying the output screen of the computer system.
The puts() function is the type of function which basically allow the user to read the characters or line include all the space until entering into the new character or line.
The declaration of the puts(0 function is as follows:
int puts (char *STRING);
Answer:
a
Explanation:
Answer:
Polynomial Zero() ::= return the polynomial p(x)=0
Boolean isZero(poly) ::= return (poly == 0)
Coefficient Coeff(poly , expon) ::= If (expon tex2html_wrap_inline93 poly) return its corresponding coefficient else return 0
Exponent LeadExp(poly) ::= return the degree of poly
Polynomial Remove(poly , expon) ::= If (expon tex2html_wrap_inline93 poly) remove the corresponding term and return the new poly else return ERROR
Polynomial SingleMult(poly , coef , expon) ::= return poly tex2html_wrap_inline105 coef x tex2html_wrap_inline107
Polynomial Add(poly1 , poly2) ::= return poly1 + poly2
Polynomial Mult(poly1 , poly2) ::= return poly1 tex2html_wrap_inline105 poly2
end Polynomial
Answer:
a. social engineering attack
Explanation:
Two-factor authentication requires that the user/owner of the account enter a second verification code alongside their password in order to access the account. This code is usually sent to a personal phone number or email address. Therefore in order to breach such a security measure the best options is a social engineering attack. These are attacks that are accomplished through human interactions, using psychological manipulation in order to trick the victim into making a mistake or giving away that private information such as the verification code or access to the private email.
Answer:
By given the right speech as much as the answers must be
Explanation:
By given the right speech as much as the answers must be
Answer:
sample output
Enter f0 = 440
440.0,466.1637615180899, 493.8833012561241,
523.2511306011974, 554.3652619537443
Explanation:
import math // math library
def RaiseToPower(): // RaiseToPower method
r = math.pow(2,1/12) //r = 2^(1/12)
f0 = float(input('Enter f0 : ')) //input from user
//a key has a frequency,sy f0
print(f0,end=' ') //Display statement
for n in range(1,5): //Iterate the loop up to the next 4 higher key Hz
n = f0 * math.pow(r,n) //calculate the fn value
print(fn,end=' ') //Display statement
RaiseToPower() //Call RaiseToPower method