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iGCSE Computer Science: AI & Emerging Trends

Total questions: 25

Worksheet time: 16mins

Name
Class
Date
1.

Choose all the areas of research in Artificial Intelligence ...

a)

Natural Language Processing

b)

Neural networks

c)

Intelligent robotics

d)

Machine learning

e)

Text-to-Speech synthesis

2.

Select all the emerging trends in Computing you need to know about for iGCSE Computer Science ...

a)

Artificial Intelligence

b)

Quantum Computing

c)

DNA Computing

d)

Nanotechnology

e)

Parallel computing

3.

Which is the BEST definition of Artificial Intelligence?

a)

The science of building intelligent robots

b)

The study of game-playing programs that can beat humans in games like chess and Go.

c)

The science of whatever hasn't been done yet

d)

The part of Computer Science concerned with making computers behave like human beings

4.

Who first proposed the question: "Can machines think?"

a)
b)
c)
d)
5.

An AI program made by Google DeepMind beat the human world champion of what game in 2016?

a)
b)
c)
d)
6.

What type of AI technology does the Google DeepMind project use?

a)

Neural networks

b)

Expert systems

c)

Natural language processing

d)

Computer vision

7.

What is the defining characteristic of narrow AI (also known as 'weak' AI)?

a)

It displays intelligent behaviour in many different tasks

b)

It is able to display intelligent behaviour in just one particular task

c)

It does not exhibit any intelligent behaviour

d)

It exhibits artificial general intelligence similar to a human being

8.

Moore's Law provides one of the reasons for finding alternatives to traditional modes of computation. What does Moore's Law state?

a)

Number of transistors on an integrated circuit doubles about every two years

b)

Processor speeds double roughly every two years

c)

Size of transistors shrink by half every two years

d)

Cost of processor manufacture doubles every ten years

9.

Qubits are the building blocks of Quantum Computing. How are qubits different from normal binary bits?

a)

Qubits can change their values more quickly than binary bits

b)

Qubits can store more data than binary bits

c)

Qubits can represent more values than just 0 or 1

d)

Qubits can be in more than one state at the same time

10.

What feature of quantum computing is this describing?


"any two (or more) quantum states can be added together and the result will be another valid quantum state; and conversely, that every quantum state can be represented as a sum of two or more other distinct states."

a)

Entanglement

b)

Superposition

c)

Supremacy

d)

Annealing

11.

What feature of Quantum Computing is this:


"a physical phenomenon that occurs when pairs or groups of Qubits are generated, interact, or share spatial proximity in ways such that the quantum state of each Qubit cannot be described independently of the state of the others."

a)

Superposition

b)

Entanglement

c)

Supremacy

d)

Annealing

12.

What type of problems are quantum computers ideally suited for solving?

a)

Optimisation problems

b)

Unsolveable problems

c)

Real-time problems

d)

Exponential problems

13.

The D-Wave 2000Q™ System is the most advanced quantum computer in the world. How much do you think one costs?

a)

Between 10 and 20 million dollars

b)

Between 5 and 10 million dollars

c)

Over 20 million dollars

14.

What sciences combine together in the field of DNA Computing?

a)

Computer science

b)

Biochemistry

c)

Molecular biology

d)

Chemistry

15.

Which researcher initially developed the idea of DNA Computing?

a)

Francis Crick

b)

Marvin Minsky

c)

Richard J. Stallman

d)

Leonard Adleman

16.

What is the basis for data storage in DNA Computing?

a)

Qubits

b)

Binary bits (0, 1)

c)

Sequences of 4 bases (G, A, T, C)

d)

Any number base is possible

17.

What might be the potential memory capacity of a DNA-computer with one liter of fluid containing six grams of DNA?

a)

1024 gigabytes

b)

2048 terabytes

c)

5096 petabyes

d)

3072 exabytes

18.

Seelct all the main advantages of DNA computing over traditonal silicon-based computing ...

a)

Massive parallelism is possible

b)

Very small in volume and light in weight

c)

Very little power is required

d)

Very few errors are expected

19.

Select all the disadvantages of DNA computing ...

a)

Slow processing speed, even for simple calculations

b)

Hard to analyse the results of computations

c)

Computations more prone to error

d)

Only good for single-instance problems

20.

What is this describing?


"The engineering of functional systems at a molecular scale"

a)

Artificial Intelligence

b)

Quantum computing

c)

DNA computing

d)

Nanotechnology

21.

Nanotech materials are defined to be those in the range from 1 to how many nanometers (nm)?

a)

100

b)

1000

c)

10,000

d)

10

22.

Which of these are accurate measurements for 1 nanometer (1 nm)?

a)

Ration of planet Earth to a marble is same as ratio of 1 metre to 1 nanometer

b)

An eyeblink is to a year what a nanometer is to a metre stick

c)

1 nanometer is a million times smaller than the length of an ant

d)

1 nanometer is 2.5 times thinner than a strand of DNA

23.

What are the two main approaches to nanotechnology construction called?

a)

inside-out and outside-in

b)

left-right and right-left

c)

bottom-up and top-down

d)

front-back and back-front

24.

Which if these computing enhancements could nanotechnology potentially contribute to?

a)

Increasing storage space on solid-state drives

b)

Making smaller, more energy efficient processor chips

c)

Making thinner and more flexible LED screens

d)

Shield users of devices from electromagnetic emissions

e)

Building self-programming computers

25.

Select all the potential dangers of nanotechnology ...

a)

More accessible and destructive atomic weaponry is possible

b)

Respiratory and health problems from breathing in nano particles

c)

Nano particles can destroy important bacteria in natural eco-systems

d)

Risk of swarming behaviours from artificially intelligent nano particles