<span>Accessibility refers to access to some form of computer
technology. This means that numbers are easily organized and data is easily
calculated making it easier for people’s lives. It is a means of an efficient
and more productive existence in the work environment.</span>
The logical expressions are
- (X NOR Y ) OR Z ⇒
- (A NAND B) AND NOT C ⇒
<h3>How to determine the
logical expressions?</h3>
<u>Logical expression 1</u>
X and Y are linked by the NOR gate.
So, we have:
X NOR Y
The X NOR Y is linked to Z by the OR gate.
So, we have:
(X NOR Y) OR Z
Hence, the logical expression is (X NOR Y ) OR Z ⇒
<u>Logical expression 2</u>
A and B are linked by the NAND gate.
So, we have:
A NAND B
The A NAND B is linked to C by the AND gate.
So, we have:
(A NAND B) AND C
Hence, the logical expression is (A NAND B) AND NOT C ⇒
See attachment for the truth tables
Read more about truth tables at:
brainly.com/question/27989881
#SPJ1
Answer:
3. Paying for my daughter to attend college and building a life outside of struggle. These goals must be accomplished by me finishing school, going onto college and maybe even starting my own business. I must set an appropriate example for my daughter to learn from someone who she believes in. Starting a family business to pass down to generations will be an excellent way to start financially planning now ahead of time.
4. Living in a family of mines, common financial resource is either government assisted or public security.An expense that I cannot escape now is the caring for of my daughter which will vary as she get older. Lastly a debt would be the over spending of credit cards with no money to pay it back as the interest rates climb.
Explanation:
Answer:
Pero un campo cuyo tipo de datos es Número solo puede almacenar datos numéricos. ... Por ejemplo, los valores que se almacenan en un campo Texto solo pueden contener ... Para más información, haga clic en los tipos de datos siguientes. ... Controla la conversión de frases en las versiones asiáticas de Windows.
Answer:
See Explanation
Explanation:
The question is incomplete as there is no link pointing to the houseType struct of chapter 1.
So, I've answered the question from scratch
See attachment for explanation where I used comments to explain each line.
The program is as follows:
#include <iostream>
using namespace std;
struct houseType{
int firstHouse, secondHouse;
};
int main()
{
houseType hT;
cout << "Enter the price of both house: ";
cin>> hT.firstHouse;
cin>> hT.secondHouse;
if(hT.firstHouse == hT.secondHouse){ cout<<"true"; }
else{ cout<<"false"; }
return 0;
}
