Lesson 1: Introduction to 3D modelling

What is one of the objectives of Lesson 1: Introduction to 3D modelling?

• I can add 2D shapes to a project

• I can add 3D shapes to a project

• I can view 2D shapes from different perspectives

• I can move 2D shapes relative to one another

Which of the following is NOT an objective of Lesson 1: Introduction to 3D modelling?

• I can add 3D shapes to a project

• I can view 3D shapes from different perspectives

• I can move 3D shapes relative to one another

• I can create animations with 3D shapes

What can you do with 3D shapes according to the objectives of Lesson 1?

• Add them to a project

• View them from different perspectives

• Move them relative to one another

• All of the above

What is the main difference between 2D and 3D shapes?

• 2D shapes have height, width, and depth; 3D shapes are flat and have no depth.

• 2D shapes are flat and have no depth; 3D shapes have height, width, and depth.

• 2D shapes have only height and width; 3D shapes have only depth.

• 2D shapes have height, width, and depth; 3D shapes have only height and width.

Which of the following is a characteristic of 3D shapes?

• They are flat and have no depth.

• They have height, width, and depth.

• They have only height and width.

• They have no height.

Which of the following is NOT a 3D shape?

• A cube

• A cylinder

• A square

• A rectangular prism

What can computers be used to model?

• Real-life items

• Imaginary creatures

• Simple 2D shapes

• Only text documents

What are complex 3D models made up of?

• Many 2D shapes combined

• Many 3D shapes combined

• Only one 3D shape

• Only one 2D shape

What is the main area called where you design and place shapes in Tinkercad?

• View tools

• Shapes

• Workplane

• Toolbar

Which tool in Tinkercad allows you to change the view of your design?

• Shapes

• Workplane

• View tools

• Import