Answer:
Explanation:
public class Temperature
{
double ftemp;
public int Constructor(double fahrenheit)
{
ftemp = fahrenheit;
return Convert.ToInt32(ftemp);
}
public void setFahrenheit(double fahrenheit)
{
ftemp = fahrenheit;
}
public void getFahrenheit()
{
ftemp = Constructor(ftemp);
}
public void getCelcius()
{
ftemp = (ftemp - 32) * 5 / 9;
}
public void getKelvin()
{
ftemp = (ftemp - 32) * 5 / 9 + 273.15;
}
}
Because, they are all required to configure to it to be recognized by an operating system.
Explanation:
It is the Operating System Software that instructs the hardware and puts them together to work well. When the manufacturer does not configure the device to be recognized by an operating system, then it will not work with other components.
Example.
If an Apple machine's sound card is being put in an HP machine which uses Microsoft designed operating system, won't work due to the operating system that the sound card has been designed for.
Answer: Predetermined Overhead Rate, Estimated Manufacturing Overhead and Annual Activity Level.
Explanation:
Generally speaking, manufacturing overhead is applied to production by means of a predetermined overhead rate, which is computed under the general formula of dividing estimated overhead rate by some measure of the annual activity level.
A predetermined overhead rate is usually calculated at the beginning of an accounting period. It is calculated by dividing the estimated manufacturing overhead by an activity driver (e.g machine hours).
Answer: (111000)2 = (70)8
Step by step solution:
Step 1: Write down the binary number
(111000)2
Group all the digits in sets of three starting from the LSB (far right). Add zeros to the left of the last digit if there aren't enough digits to make a set of three.
111 000
Step 2: Use the table below to convert each set of three into an octal digit. In this case,
111=7, 000=0.
So, the number 111000 in binary is equivalent to 70 in octal.
To convert from binary to octal use the following table:
Bin: 000 001 010 011 100 101 110 111
Octal: 0 1 2 3 4 5 6 7
