Both numeric and non-numeric data have different ASCII codes, that will be the first difference. Second, numeric data are stored in float, double, and int variables while non-numeric data are stored in char. However, both can be stored in a String variable if and only if the desired data to be stored will not be used for computuation using mathematical operations such as addition.
To store a non-numeric data in an array, the array must first be declared as a String variable array while a numeric data can be stored in an array once the array which will store the numeric data is declared as an integer, double, or float variable.
Answer:
I think it is A, Melissa says "LOL" instead of laughing at a joke her friend told.
Answer:
Maximum Aggregate I/O Transfer Rate = 1630kb/s
Explanation:
Given
Transfer rate of
Disk Drive = 800Kb/s
DVD Drive = 700Kb/s
Printer = 10Kb/s
VDT = 2Kb/s
Units
DVD = 2
Hard Disk = 2
Printers = 2
VDT Channels = 5
Only one device at a time can be serviced on a selector channel
Both cannot be active at a time
So, the device with higher transfer rate will be granted access (Disk Drive, 800Kb/s)
Maximum aggregate I/O transfer rate in this system is calculated by:
Summation of transfer rate of each device
= 800 * 2 + 2 * 10 + 5 * 2
= 1600 + 20 + 10
= 1630kb/s
Answer: A #3f107f.
Letter B would produce a lighter blue-purple color rather than a darker shade of purple. Letter C would produce a very light purple color. Letter D would produce a Black color, making it very dark and not in the range of being purple.
Letter A would produce a darker shade of purple. As explained in the way that the RGB color hexadecimal uses, the amount of each respective color is 2 digits for each color Red, Green, Blue respectively. By reducing the amount of each color in the RGB mode, the output will become a darker shade as the RGB mode is an ADDITITIVE type of color mode.
