Answer:
True.
Explanation:
Encapsulation wraps and bundle data under a single data(so external access to such variable outside of the class is restricted). Getter and Setters are functions that gets and sets a specific value within your object class. If you override the setter and getter function within the class(and not declare it in primary constructor), it allows to store and bind specific information about data inside the class.
Answer: marketing
Explanation:
An organization collects many data from internal and external sources to decide on its future course of actions in its business policy. So in this regard it uses its management information systems to gather the information and do reporting on it and analysis of the data.
A marketing MIS uses data gathered from both internal and external sources to provide reporting and aid decision making in areas of product development, distribution, pricing, and promotions.
Different organization uses different tools for its marketing MIS. The efficiency of the tools are known upon analyzing the final outcomes of its reports.
Answer:
After creating a webpage with html code you will need to just publish the web server so others can acess it.
Explanation:
Please give me brainliest.
Hi pupil here is your answer :::
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Your question :》 Which options are available when a user modifies a recurring appointment? check all that apply.
The answer is => A Open this occurenceand the option D Open the series are the option that shows from the dailog box that shows when attempting to modify the appointments .
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Hope this helps .........
Answer:
Here is code in python .
#function to calculate miles traveled
# pass two parameter in the function "miles_per_hour" and "minutes_traveled"
def mph_and_minutes_to_miles(miles_per_hour, minutes_traveled):
# convert minutes to hours
hours_traveled = minutes_traveled / 60.0
#calculate total miles traveled
miles_traveled = hours_traveled * miles_per_hour
#return the value
return miles_traveled
#read input from user
miles_per_hour = float(input())
minutes_traveled = float(input())
#call the function and print the output
print('Miles: %f' % mph_and_minutes_to_miles(miles_per_hour, minutes_traveled))
Explanation:
Read the value of "miles_per_hour" and "minutes_traveled" from user. call the function mph_and_minutes_to_miles() with those two parameters.calculate total hours from the minutes_traveled by dividing it with 60. then calculate the total miles by multiply hours_traveled * miles_per_hour. then return the miles travelled.
Output:
20
150
Miles: 50.000000