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:
use transition words
Explanation:
that's the best answer of all the choices
Answer:
A WiFi Hotspot is a wireless internet connection that allows a computer, smartphone, or any other internet-enabled devices to connect to internet access points.
A cybercafe refers to any business place that allows people to access the internet usually within its premises after paying for connection access to connect to it.
Explanation:
The diagram part of the question is incomplete but the mathematical part has been solved below for you . However when the diagram will be attached it will be answered too.
Answer:
Following is the solution for the Time complexity/ Run Time:
Given that:
A = N/2 to 1
B = 1 to 4N
By summation:
Time Complexity = Lower bound of A * Upper Bound of B
Time Complexity = (N/2) * (4N)
By simplifying:
Time Complexity = N * 2N
Time Complexity = 2N^2
Hence the runtime f(n) for given pseudocode will be 2N^2
i hope it will help you!