The BIOS feature that enables a hard drive to read or write several sectors at a time is called IDE block mode
Explanation:
IDE block mode setting speeds up IDE drivers when enabled by allowing multiple sectors to read or write operations. This BIOS feature rushes up hard disk drive passage by transferring many divisions of data per interrupt rather than using the normal single-sector transfer mode.
This mode of transfer is known as block transfers. When block transfers are enabled, depends on the IDE controller, nearly 64 KB of data can be transferred per interrupt.
<span>One of the main deterrents to cross-training is how employees feel about retaining knowledge. An employee may feel their job is threatened if someone else is being trained in their function. It's important that you lay these woes to rest and explain why you are cross-training your employees.</span>
Answer:
The code is given in the explanation section
Explanation:
//Class Airconditioner
public class AirConditioner {
private boolean turnOnOff;
//The Constructor
public AirConditioner(boolean turnOnOff) {
this.turnOnOff = turnOnOff;
}
//method turn_on
public void turn_on(){
this.turnOnOff = true;
}
//method turn_off
public void turn_off( ){
this.turnOnOff = false;
}
}
// A new class to test the airconditional class
class AircondionTest{
public static void main(String[] args) {
//Creating an object of the Aircondional class
AirConditioner office_a_c = new AirConditioner(false);
//Using the reference varible to call method turn_on
office_a_c.turn_on();
}
}
Answer:
350 kHz
Explanation:
as there are 100,000 character per sec.
so, total number of bits per sec = 100,000 * n
= 100,000 * 7 = 700,000 bits per sec
= 700 kbps
Bandwidth (BW) = total no. of bits / 2
BW = 700 kbps/2
= 350 kHz
