Answer:
Follows are the code to the given question:
def steps_to_miles(user_steps):#defining a method steps_to_miles that takes a variable user_steps
return user_steps/2000#use return to calculate the steps
user_steps = int(input())#defining a variable user_steps that holds value from the user-end
print('%0.2f' % steps_to_miles(user_steps))#defining print that calls the steps_to_miles method
Output:
5345
2.67
Explanation:
In this code a method "steps_to_miles" that takes "user_steps" in the parameter inside the method a return keyword is used that calculates the user steps and return its values.
Outside the method, a "user_steps" variable is declared that inputs the value from the user-end pass into the method and prints its value.
Answer:
The appropriate answer is "Distributed system".
Explanation:
- Whenever used by linking several autonomous computers as a single system, considered as distributed system. It could be consist of several kinds of mainframes, processors as well as stationary machines, it can be programmed.
- A distributed machine has massive program modules, which operate as a single device on many machines.
Answer:
Junction table.
Explanation:
Junction table is most likely used to create many-to-many relationships in Access.
A many-to-many relationship comes into existence when one (1) or more items in a table has a relationship with one (1) or more items in another table. An example is the products in a customer order.
Many-to-many relationships provides users with critical and crucial information, they're the most commonly used table relationships in Access.
In order to represent a many-to-many relationship in Access, a third table should be created by the user, this is often referred to as the junction or linking table, which further disintegrate the many-to-many relationship into a two (2) one-to-many relationships.
<span>Which of the following is important to consider before believing health or fitness information you find online?
The right answer is C) </span>The qualifications of the author.
We should not believe in information about health and fitness if the author isn't qualified to give it.
