Answer:
We can give the any integer value between 10 to 100 then it display the message "That number is acceptable."
Explanation:
In the given code the "number" variable takes an user input via cin .After taking user input it check the condition of if block that the user input is between the range of 10 to 100 .if this condition is true then the statement of if block will be executed i.e That number is acceptable otherwise else block will be executed That number is not acceptable.
following are the code in c++
#include <iostream> // header file
using namespace std;
int main() // main
{
int number; // variable
cin >> number; // taking input
if (number > 10 && number < 100) // if block
cout << "That number is acceptable.";
else
cout << "That number is not acceptable.";
return 0;
}
Output:
66
That number is acceptable.
456
That number is not acceptable.
At the
data link and physical layers
The
802.11 wireless Lan function is a set of data link and physical layers. Data
link layer or the MAC is responsible for effective link-link data transfer,
addressing, error detection and frame validation. Physical layer on the other
hand helps in placing bits on the network. Basically, all wireless and WI-FI
systems conform use these two layers to format and control data to conform with
802.11 wireless Lan standards
Answer:
A. noise reduction
Explanation:
noise reduction reduces the loud sounds and makes it low, also noted that the low sounds are kept the same meaning its definitely noise reduction.
Extra's:
- amplify - increases the strength of a sound.
- compress - makes and affects both low and high sound by making them averagely high
- normalise - to get the maximum volume.
Answer:
The answer is (a).Presentation Layer
Explanation:
This layer is located at the 6th level of the OSI model, responsible for delivering and formatting the information to the upper layer for further processing. This service is needed because different types of computer uses different data representation. The presentation layer handles issues related to data presentation and transport, including encryption,translation and compression.
Answer:
Creating a Shephard Tone
Step 1: Choose a steady with constant pitch and volume and edit it to a 12 second long clip.
Step 2: Duplicate your track so that a copy plays simultaneously with your first.
Step 3: Statically pitch the entire duplicated clip down one full octave (or -12 semitones)