Answer:
answer for number A is
2. the ability to be either relative or absolute
B. 2 bytes
C. in a buffer
Explanation:
Answer:
Following are the code to this question:
#include<iostream>//defining header file
using namespace std;
int main()//defining main method
{
bool a = true;//defining bool variable that holds true value
bool b = false;//defining bool variable that holds false value
cout<<a+b<<endl;//using print method to add bool value
cout<<a-b<<endl;//using print method to subtract bool value
cout<<a*b<<endl;//using print method to multiply bool value
return 0;
}
Output:
1
1
0
Explanation:
In this code, Firstly we import the header file, and in the next step, the main method is defined, in this, two bool variable "a, b" is declared, that holds true and false value respectively, and in the next step, three print method is declared that adds, subtract, and multiply the given value and use print its calculated value.
Answer:
random.randint(-10, 10)
Explanation:
random.randint(a, b)
Return a random integer N such that a <= N <= b. Alias for randrange(a, b+1).
Answer:
The correct option is a that is a statement of work. The work breakdown structure must include the statement of task.A statement of work is a document in project management. It is referred to as a description of project work; It defines the project-specific activities. The statement of work also includes detailed pricing and important for the request of the proposal.
Explanation:
Work break down structure is a system that breaks a project into smaller components. Work break down structure provides a framework for cost estimation and schedule development and control. Work break down structure include a statement of work
A statement of work include
- The purpose of the project
- Scope of work
- location of work
- allowable time for projects
- Scheduling
- deliverable milestone
- Determination of goods and services
- Specifies the hardware and software
Answer: star topology.
Explanation:
The layout of the way how the computers in a netword are interconnected is called network tipology.
Some types of network topologies are:
1) Point-to-point tipology: all the computers are connected to each other directly (computer-to-computer, in pairs, this is a direct link between each two computers).
2) Bus topology: all the nodes (computers or server) are connectect to a maing cable.
3) Star topology: all the computers are connected to a central computer or server which is called central hub. This is the layout described in the question.
4) Ring topology: the computers are connectec in a circular path; each computer is connected to the next computer.
5) Mesh: every computer is connected to every other computer.