Lesson Y9-U05-L07
Y9-U05-L07 GIS and Digital Mapping Quiz: KS3 Geography, Unit 17
20 questions
In partnership with Revision Ninja
Lesson Y9-U05-L07, GIS and Digital Mapping: 20 multiple choice questions for the KS3 Geography (National Curriculum), Unit 17: Year 9: Thinking Like a Geographer: Fieldwork and Geographical Enquiry, written with Revision Ninja.
Host it live on the board and students join with a game code on their own devices, or revise alone with Free Play. The answers are revealed in the game.
The 20 questions
-
What does GIS stand for?
- Geographical Information System
- Geographic Interval Scale
- General Index of Surveys
- Global Imaging Service
-
What is a map 'layer' in a GIS?
- One set of data on a map that you can switch on or off
- A colour used to shade the sea on a paper map
- A single printed sheet that is folded neatly to fit inside a school pocket or bag
- A line that shows the height of land above sea level
-
What does it mean to overlay two layers?
- To delete one layer so that only the other remains
- To place one layer on top of another to compare them
- To print two layers onto separate sheets of paper
- To calculate the average value of both layers together
-
What is the 'distribution' of a feature?
- The number of people who work in the feature each day
- Where the feature is found across an area and how spread out it is
- The colour used to show the feature on a printed map
- The cost of building the feature across the whole area
-
Which of these jobs commonly uses GIS?
- Planning new roads and houses for a town council
- Teaching a music lesson for young pupils
- Painting the walls of a school classroom
- Baking bread in a local bakery each morning and selling it to the shops
-
An enquiry asks where flooding threatens homes. Which two layers should be switched on?
- A parks layer and a bus stops layer
- A rainfall layer and a bicycle routes layer
- A schools layer and a shops layer
- A flood risk layer and a houses layer
-
A layer shows shops only along one main road, with almost none on side streets. How would you describe this distribution?
- Clustered along the main road, not spread out evenly
- Randomly scattered across the whole town centre
- Spread evenly across all of the streets in the town, with a similar number on each one
- Concentrated on the north side of the town only
-
Overlaying parks on temperature shows cooler air near the parks. What pattern does this reveal?
- Parks are placed only in the areas with the highest temperature
- Temperature has no link with the locations of parks
- Cooler temperatures are linked to places near parks
- Parks are always the hottest places in any town
-
Why can overlaying two layers reveal more than looking at one layer alone?
- It removes the need for a map key on the final output
- It shows the relationship between two datasets in the same place
- It turns qualitative data into exact numbers automatically
- It doubles the number of readings taken in the field
-
What sits underneath all the layers so that locations line up exactly?
- The base map
- The title written at the top of the printed map
- The key showing the colours used on the layers
- The list of data sources used to make the map
-
Why is it useful to switch off layers you do not need?
- So that the map loses its base map and key entirely
- So that the map can be printed in only one colour
- So that the data on the remaining layers is deleted
- So that only the data you need is visible and easier to read
-
Which word describes a repeated arrangement of features in space, such as features clustered together?
- Anomaly
- Spatial pattern
- Qualitative data
- Mean value
-
An overlay shows fast-food outlets clustered within 400 metres of secondary schools. What is the best conclusion?
- Outlets cluster near secondary schools, which may target pupils
- Outlets are found only in the countryside far from schools
- Outlets are spread out evenly across the town, so schools have no link to them at all
- Schools move to wherever the fast-food outlets have opened
-
Which is the best way to describe a distribution using map evidence?
- Count every single feature without naming any location
- Name where the feature is and whether it is spread out or clustered
- Describe the colour of the map and the font of its title
- Give a personal view of how attractive the area looks
-
Why should a GIS conclusion use map evidence rather than opinion?
- So that the layers can be turned on in a different order
- So that every layer contains the same amount of data
- So that the map can be printed in more colours
- So that others can check the conclusion and trust it
-
A single layer shows where all the schools are. Why is it a single layer and not an overlay?
- It shows the links between schools and houses in the town
- It shows two datasets that have been placed together on the map
- It shows one dataset on its own, with nothing compared against it
- It shows a pattern that only appears after two layers are compared
-
Which two layers would you overlay to check whether bus stops are fairly spread across a town?
- A bus stops layer and a population or housing layer
- A roads layer and a land-height layer only
- A flood risk layer and a schools layer
- A rivers layer and a parks layer
-
Why must a GIS layer sit over a base map?
- So that the layer can be deleted without affecting the rest
- So that the layer can be coloured by the user at will
- So that the layer can be printed as a separate page
- So that the locations on each layer line up exactly
-
Evaluate in one sentence: is a pattern on two overlaid layers always proof that one layer causes the other?
- No, because overlaid layers can never show any pattern at all
- Yes, because GIS software only ever shows causes, never links
- No, two layers can be linked without one causing the other
- Yes, any pattern on two overlaid layers always proves cause and effect
-
Which layers would you overlay to study air pollution near main roads?
- A bus stops layer, overlaid on a rivers layer
- A flood risk layer, overlaid on a land-height layer for the whole town
- An air pollution layer, overlaid on a main roads layer
- A parks layer, overlaid on a schools layer
Related quizzes
- Welcome to Geography Quiz · Y7-U01-L01 · 20 questions
- Weather or Climate? Decoding the UK Sky Quiz · Y7-U02-L01 · 20 questions
- The Water Cycle: Water on the Move Quiz · Y7-U03-L01 · 20 questions
- A Crowded Planet? Where People Live Quiz · Y7-U04-L01 · 20 questions
- The Real Africa: Beyond a Single Story Quiz · Y7-U05-L01 · 20 questions
- What Is an Ecosystem? Quiz · Y7-U06-L01 · 20 questions
- The Structure of the Earth Quiz · Y8-U01-L01 · 20 questions
- Waves: The Energy of the Sea Quiz · Y8-U02-L01 · 20 questions
- What is a Map? Quiz · Y7-U01-L02 · 20 questions
- Measuring the Weather: Instruments and Units Quiz · Y7-U02-L02 · 20 questions