Answer:
Let P(x) = x is in the correct place
Let Q(x) = x is in the excellent place
R(x) denotes the tool
Explanation:
a) Something is not in the correct place.
P(x) is that x is in the correct place so negation of ¬P(x) will represent x is not in the correct place. ∃x is an existential quantifier used to represent "for some" and depicts something in the given statement. This statement can be translated into logical expression as follows:
∃x¬P(x)
b) All tools are in the correct place and are in excellent condition.
R(x) represents the tool, P(x) represents x is in correct place and Q(x) shows x is in excellent place. ∀ is used to show that "all" tools and ∧ is used here because tools are in correct place AND are in excellent condition so it depicts both P(x) and Q(x). This statement can be translated into logical expression as follows:
∀ x ( R(x) → (P(x) ∧ Q(x))
c) Everything is in the correct place and in excellent condition.
Here P(x) represents correct place and Q(x) represents excellent condition ∀ represent all and here everything. ∧ means that both the P(x) and Q(x) exist. This statement can be translated into logical expression as follows:
∀ x (P(x) ∧ Q(x)
Answer : Candice
Explanation: Candice penis fit in your mouth
Answer:
#include <iostream>
using namespace std;
void CoordTransform(int *ptr1, int *ptr2);
int main()
{
int xVal;
int yVal;
cout<<"please enter two valid integers";
cin>>xVal;
cin>>yVal;
CoordTransform(&xVal , &yVal);
int xValNew=xVal;
int yValNew=yVal;
cout<<xValNew<<yValNew;
return 0;
}
void CoordTransform(int *ptr1, int *ptr2)
{
int a = *ptr1;
*ptr1=(*ptr1+1)*2;
*ptr2=(*ptr2+1)*2;
}
Explanation:
It will return new values in previously defined variables
coding language: c++
Answer:
a) 6
b) 11
c) 11
Explanation:
Given
Prime value q =n= 19
primitive root (a) =10
Alice secret key = 4
Bob secret key = 6
a) The value Alice Sends to Bob
aPrivate key of Alice mod n
= 10^4 mod 19
= 10000 mod 19
=6
b)The value Bob sends to Alice
aPrivate key of Bob mod n
= a3 mod n
= 10^6 mod 19
=1000000 mod 19
= 11
c)
Both the parties calculate the value of secret key at their respective side.
secret key obtained by Alice
= 11
secret key obtained by Bob
= 11
Finally, both the parties obtain the same value of secret key.
The value of common secret key = 17
1.) Average
2.) Ascending
Using this would give an average score for each team, when using the Average function, you use scores from many different games to not be biased, and it gives an accurate description of the teams scores and it's a fair way to find where they stand in respect tot he other team.
