Answer:
<h3>A minimum of 4 bits will be needed.</h3><h3 />
Explanation:
As there are 12 months in a year so will need 12 need combinations.
Number of bits can be determined by the powers of 2. By this we mean:
Two unique combinations can be made that are 0 and 1.
- <u>If 2 bits are used</u>
4 unique combinations can be made.
- <u>If 3 bits are used</u>
8 unique combinations can be made.
- <u>If 4 bits are used</u>
16 unique combinations can be made.
Now we will have to use 4 bits so that 12 unique combinations may be assigned to each month.
<h3>Following is given the bit pattern for each month:</h3><h3 />
JANUARY => 0000
FEBRUARY => 0001
MARCH => 0010
APRIL => 0011
MAY => 0100
JUNE => 0101
JULY => 0111
AUGUST => 0110
SEPTEMBER => 1000
OCTOBER => 1001
NOVEMBER => 1010
DECEMBER => 1011
<h3>i HOPE IT WILL HELP YOU!</h3>
Answer:
The code for this class is shown in the explanation section
Explanation:
public class Circle {
private double radius;
private double diameter;
private double area;
public Circle(double radius, double diameter, double area) {
this.radius = 1;
this.diameter = diameter;
this.area = area;
}
public void setRadius(double radius) {
this.radius = radius;
diameter = radius*2;
area= Math.PI*(radius*radius);
}
public double getRadius() {
return radius;
}
}
John should use FTP Services.
For John to quickly transfer a large volume of data, he should have use FTP (File Transfer Protocol). FTP is the network protocol commonly used for exchanging files over the internet. There are a lot of software applications for file share transfer such as FileZilla and SmartFTP.
Answer: None; all will be recoverable
Explanation:
If a signal (band-limited) is sampled at regular intervals, it could be recoverable or not, based on the number of samples taken.
Let's assume that we want to take samples of a simple sinusoid; If we take more than two samples during a signal cycle, the original waveform will be able to be reconstructed, just passing the sampled waveform through a low-pass filter.
In the more general case in which the signal occupies a frequency spectrum, if the sample frequency is greater than the double of the highest frequency in the spectrum, the signal can be retrieved completely, according to the Nyquist Theorem.
In this case , as the highest frequency is 145 Hz, it would be enough to take samples at a rate greater than 290 Hz; As the sample rate is 295 Hz, all the signal can be recovered, at least, using an ideal "brickwall" low-pass filter.
is defined as the condition in which all of the data in the database are consistent with the real-world events and conditions.
