Page 127 - Robotics and AI class 10
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C. State whether these statements are true or false. 2. How could robots be used to enhance the learning experience in a classroom setting? Provide examples of subjects
where robots could serve as interactive teaching tools and explain how they could engage students in a more hands-on
1. Integrating robot as a system is a cutting-edge approach that aims to revolutionize the capabilities
and applications of robotic technology. ……………… learning approach.
Ans. Educational Robots can simulate scientific experiments, demonstrating concepts like chemical reactions or physics
2. The prototyping stage is a crucial step in the process of creating your race car. ………………
principles. For instance, a robot can simulate a pendulum experiment and vary parameters for students to observe
3. The project does not involve working with motors, wheels, batteries, and crafting materials. ……………… outcomes. This hands-on approach enhances understanding and engagement in science topics.
4. Foam boards are used for constructing the prototype car. ………………
5. The project is used only to focus on branding and design, not the construction of the prototype car. ……………… Unsolved Questions
SECTION B (Subjective Type Questions) SECTION A (Objective Type Questions)
uiz
A. Short answer type questions:
A. Tick ( ) the correct option.
1. How can a microcontroller like Arduino be used in robotics?
Ans. Arduino is a popular microcontroller platform that can be programmed to control various components of a robot, like 1. Which of the following can students learn about robotics using Tinkercad?
motors, sensors, and lights. a. Baking cookies b. Fashion design
2. What skills will you develop in this project-based learning experience? c. Programming in ancient languages d. Circuit design and programming concepts
Ans. To develop creativity, teamwork, and problem-solving skills through hands-on race car engineering project. 2. Which of the following programming languages is suitable for SBC coding?
B. Long answer type questions: a. Python b. C/C++
1. What are the steps involved in building a Race team’s car? c. Java d. All of these
Ans. The steps involved in building a Race team’s car are: 3. Which of the following IDEs is not a popular IDE for SBC coding?
Step 1: Build your race team a. Thonny b. Visual Studio Code
This stage is used to create a virtual team of 3D models and components using Tinkercad's intuitive design platform, c. Eclipse d. Arduino
ensuring a solid foundation for your racing project.
4. What can students practice with Tinkercad's coding and simulation features?
Step 2: Prototyping
a. Writing secret messages b. Creating art installations
This stage is used to develop initial models or samples to test and refine the race team's design and performance.
c. Designing virtual reality games d. Programming robot behaviours and interactions
Step 3: Designing the Car Chassis in Tinkercad
Once a designer or creater has successfully tested and measured the prototype, then it's time to take the design to the 5. Which of the following are designed for AI and deep learning applications?
next level. Utilising the power of 3D printing and Tinkercad, the designer can design a custom car chassis that will give a. Raspberry Pi b. Arduino
the race car a competitive edge. c. BeagleBone d. NVIDIA Jetson
Step 4: Assembling and Testing
B. Fill in the blanks.
This stage is used to bring together the components of the race team, ensuring proper fit and functionality, and
rigorously test their performance to ensure optimal results. 1. ………………………. involves constructing a functional prototype using hobby motors and foam board to test and refine
your design.
2. How does the process of designing the car chassis in Tinkercad contribute to refining the race car's overall design?
2. You can connect the motors to the battery holder using ………………………. and ………………………..
Ans. Designing the car chassis in Tinkercad contributes to refining the race car's overall design by allowing participants to
create a digital model that represents the structure of the car. Tinkercad provides a user-friendly interface and various 3. Tinkercad is a user-friendly online ………………………. that allows you to create digital models.
design tools that help bring the car chassis to life. 4. ………………………. file is a standard file format for 3D printing.
5. ………………………. is the fourth step to build a race team's car.
C. Competency-based/Application-based questions: # Problem Solving & Logical Reasoning.
C. State whether these statements are true or false.
1. In the context of robot-assisted surgery, how could a robot be designed to enhance surgical accuracy and precision for
surgeons? 1. Prototyping allows you to experiment with different configurations only. ………………
Ans. A robot can be designed with high-precision instruments, motion scaling, real-time imaging, and enhanced visualisation 2. Tinkercad is an offline software used for designing car chassis in the race car engineering project. ………………
to improve surgical accuracy and precision for surgeons.
Integrating Robots as a System 125

