Answer:
Time plot.
Explanation:
A time plot, also known as a time series can be defined as a graphical representation of a pre-defined value (data) against time.
If we recorded the average U.S. Housing Price every month for the next year, the graphical display which is most appropriate to display the data is a time plot.
Generally, when representing data that changes with respect to time or that are random in nature; a time plot is considered to be the most effective graphical display to use.
In this scenario, the average U.S. Housing Price that is observed should be plotted against the time of occurrence (months) over a year.
I believe it's change the way text is wrapped around an object.
Answer:
Following are the program in the Python Programming Language.
import json #import package
#define function
def read_json(info):
return json.loads(info)#load data in variable
#call and print the function
print(read_json('[{'A': 10}, {'Y': 16}, {'U': 28}]'))
<u>Output</u>:
[{'A': 10}, {'Y': 16}, {'U': 28}]
Explanation:
following are the description of the code
- Define function "read_json()" and pass an argument "info" inside it.
- Return the data inside from the "load()" function .
- Call the function i.e "read_json" and passing the value to that function.
- Print function print the data which is inside the "read_json" function.
Answer:
import math
math.sqrt( x )
Explanation:
The basic code that can be written to calculate the square root of a number is as follows
import math
math.sqrt( x )
Answer:
The answer to the given question is option "b".
Explanation:
In this question, we use option b because this option will provide a list of the number of customers in 12 each region owing more than $1,000. and other option is not correct that will be described as:
- In the option a, It will provide the balance of the customer.
- In the option c, It will decrease the list of region number.
- In the option d, It will provide the total balance of the regions.
That's why the answer to this question is option b which is "customerCount[regionNum] = customerCount[regionNum] +1".
