Identify the inputs, processes, and outputs for a problem.
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Q 1/20
Score 0
Which of the following best defines abstraction in computational thinking?
30
The process of simplifying complex systems by focusing on the essential features.
Ignoring details that are not relevant to the problem at hand.
Breaking down a problem into smaller parts.
Creating a step-by-step procedure for solving a problem.
Q 2/20
Score 0
What is the purpose of decomposition in computational thinking?
30
To find the underlying pattern in a problem.
To determine the steps needed to solve a problem.
To break down a complex problem into smaller, more manageable parts.
To reduce a large task to avoid unnecessary complexity.
20 questions
Q.
Which of the following best defines abstraction in computational thinking?
1
30 sec
2.1.1a
Q.
What is the purpose of decomposition in computational thinking?
2
30 sec
2.1.1a
Q.
Which of the following describes algorithmic thinking in computational thinking?
3
30 sec
2.1.1a
Q.
How does abstraction aid in the development of computer programs?
4
30 sec
2.1.1a
Q.
What does decomposition allow a computer scientist to do more effectively?
5
30 sec
2.1.1a
Q.
Why is algorithmic thinking important in solving computational problems?
6
30 sec
2.1.1a
Q.
In the context of computational thinking, which skill involves focusing on important details while ignoring irrelevant information?
7
30 sec
2.1.1a
Q.
When using decomposition in computational thinking, what is a primary goal?
8
30 sec
2.1.1a
Q.
What is the role of algorithmic thinking in developing software solutions?
9
30 sec
2.1.1a
Q.
How does decomposition benefit the process of debugging in programming?
10
30 sec
2.1.1a
Q.
In a simple vending machine, if a customer selects a drink, inserts money, and receives their change and drink, what are the inputs, processes, and outputs?
11
30 sec
2.1.2a
Q.
In an online shopping system, a user adds items to their cart, proceeds to checkout, and receives a confirmation email. What are the inputs, processes, and outputs?
12
30 sec
2.1.2a
Q.
In a traffic light control system at a junction, identify the inputs, processes, and outputs that ensure safe crossing for pedestrians.
13
30 sec
2.1.2a
Q.
In a weather forecasting application, if a user provides their location to receive weather updates, what are the inputs, processes, and outputs?
14
30 sec
2.1.2a
Q.
In a digital thermostat system that adjusts the temperature based on user preferences, what are the inputs, processes, and outputs?
15
30 sec
2.1.2a
Q.
In an online banking system, where users can transfer funds and check balances, what are the inputs, processes, and outputs involved when a user transfers money to another account?
16
30 sec
2.1.2a
Q.
In an automated email filtering system, which categorizes emails as spam or not, what are the inputs, processes, and outputs?
17
30 sec
2.1.2a
Q.
In a voice-activated smart home assistant, which sets reminders and controls smart devices, what are the inputs, processes, and outputs when a user asks it to set a reminder?
18
30 sec
2.1.2a
Q.
In an automated irrigation system that waters plants based on soil moisture levels, what are the inputs, processes, and outputs?
19
30 sec
2.1.2a
Q.
In a fitness tracking app that monitors user activity and provides health recommendations, what are the inputs, processes, and outputs when a user completes a workout session?
