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Tynker Drones 1

Total questions: 15

Worksheet time: 1hrs 15mins

Name
Class
Date
1.

Drones are known as UAV's. What does UAV stand for?

a)

Unidentified aerial vehicles

b)

Unmanned aerial vehicles

c)

Unusual aerial vehicles

2.

What is an autonomous drone?

a)

A drone that can fly, hover, navigate and perform other tasks without being directly controlled by a human.

b)

A drone that is operated with a remote control to fly, hover, navigate and perform other tasks.

c)

A drone that can fly, hover, navigate and perform other tasks without any control at all by a human.

3.

Which one below is a safety rule you must follow when operating a drone?

a)

You must keep your drone above 100 metres when flying directly over people.

b)

You must be able to see your drone with your own eyes at all times.

c)

If you fly two drones at the same time, you must be in control of both of them.

d)

All of the above.

4.

Which industry currently uses drones?

a)

Agriculture

b)

Mining

c)

Real Estate

d)

All of the above.

5.

Parrot Mambo Drones can be programmed to perform tasks on Tynker using what kind of coding?

a)

Python coding

b)

Cube coding

c)

Block coding

6.

What coding block is an example of an Event when programming a drone in Tynker?

a)

code for drone

b)

take off

c)

when actor touched

7.

Which coding block on Tynker do you need to add at the end of every program for a Parrot Mambo drone?

a)

Take off

b)

Land

c)

End program

8.

To make the Parrot Mambo drone do accurate turns, you must program it to turn left or right by a specific number of what?

a)

Degrees

b)

Seconds

c)

Centimetres

9.

If you wanted to reverse your drone’s direction, how many degrees would you program your drone to turn left or right by?

a)

90 degrees

b)

360 degrees

c)

180 degrees

d)

270 degrees

10.

Which flight path best describes the program above?

a)

The drone would take off, fly forward for 1 second, turn right, fly forward for 1 second to a different position and land.

b)

The drone would take off, fly forward for 1 second, turn around, fly back to its original position and land.

c)

The drone would take off, fly forward for 1 second, complete a full rotation, fly forward for another second and land.

11.

Which flight path best describes the above program for a drone?

a)

The drone would complete a rectangular shaped flight path.

b)

The drone would complete an L shaped flight pattern.

c)

The drone would complete a square shaped flight pattern.

12.

In coding terms, what colour block is a Loop in the program above?

a)

Orange

b)

Green

c)

Yellow

13.

Which program is best to move a drone forward, fly around a tower of crates and return the drone to its original position?

a)
b)
c)
d)
14.

Which program is best to fly a drone over an obstacle?

a)
b)
c)
15.

When running a program for a Parrot Mambo drone, what might influence the drone's flight path?

a)

Wind

b)

The angle at which the drone is positioned before it takes off

c)

A bug in the program

d)

All of the above