Answer:
Sound needs to be converted into binary for computers to be able to process it. To do this, sound is captured - usually by a microphone - and then converted into a digital signal. The samples can then be converted to binary. They will be recorded to the nearest whole number.
Explanation:
is this it?
Answer:
c h b l
color palette and a lightbulb
Answer:
see below
Explanation:
The program of interest is the function "findMode[x, n]" in the attached. It is written the Wolfram Language of Mathematica.
The basic idea is that the data in the array is sorted. The sorted array is partitioned into sets of identical elements, and the number in each of those sets is counted. The maximum of those counts is the mode. The location of the maximum count corresponds to the location of the set having that count. We use that location information to pull out the mode value(s).
If there is more than one mode, all are reported.
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An example data array is provided, along with the program output.
Answer:
Here is the program:
current_time = '2014-07-26 02:12:18:'
my_city = ''
my_state = ''
log_entry = ''
my_city = input("") #reads in value for my_city
my_state = input("") #reads in value for my_state
log_entry = current_time + ' ' + my_city + ' ' + my_state #concatenates current_time, my_city and my_state values with ' ' empty space between them
print(log_entry)
Explanation:
You can also replace
log_entry = current_time + ' ' + my_city + ' ' + my_state
with
log_entry = f'{current_time} {my_city} {my_state}'
it uses f-strings to format the strings
If you want to hard code the values for my_city and my_state then you can replace the above
my_city = input("")
my_state = input("")
with
my_city = "Houston"
my_state = "Texas"
but if you want to read these values at the console from user then use the input() method.
The screenshot of the program along with the output is attached.
It’s b just really got to make since an read it right that’s all