Actions are important because they have real-world consequences, but in seeking to understand our own and other people’s actions, it works better to have an understanding of how an action is motivated by the beliefs and values that underlie it.
Explanation:
- The reason or reasons one has for acting or behaving in a particular way. Motivation is also defined as the general desire or willingness of someone to do something.
- It is crucial for all of us to realize that motivation is a choice. It is entirely up to us to motivate ourselves to do what it takes to reach our goals.
- Everything you need is in your mind, and you alone can influence that feeling of motivation
- People exhibit roughly equal amounts of love and selfishness, and we identify people whose balance is more loving or more selfish and make choices about which we want more of in our own lives.
- The motivation scale is one way of thinking about how we gain what we want and who is affected by our choices.
- Your values, priorities, purpose, goals, drive, learning, love, and hope all live in motivation.
The appropriate response is Bus Interface Unit or BIU. The BIU gives different capacities, including era of the memory and I/O addresses for the exchange of information between outside the CPU, and the EU.
The EU gets program direction codes and information from the BIU, executes these guidelines, and store the outcomes in the general registers. By passing the information back to the BIU, information can likewise be put away in a memory area or kept in touch with a yield gadget. Note that the EU has no association with the framework transports. It gets and yields every one of its information through the BIU.
Answer:
The code that will cause the triangle of asterisks is given by;
for (i=1; i<=n; i++){
for (j=1; j<=i; j++)
cout << "*";
cout << "\n";
}
Explanation:
Answer:
#include<iostream>
using namespace std;
int main()
{
int length = 16;
int width = 18;
int perimeter = (2*length) + (2 * width);
cout<<"The perimeter is: "<<perimeter<<endl;
}
Explanation:
First include the library iostream in the c++ program for input/output.
then, create the main function and define the variable with given values in the length and width.
After that calculate the perimeter by using the formula.
perimeter = 2*length + 2*width
and finally display the output on the screen by using the cout instruction.
