All Practice Exams

100+ Free Estonian Basic-School Geography Exam Practice Questions

Estonian Basic-School Final Examination — Geography (Geograafia) practice questions are available now; exam metadata is being verified.

✓ No registration✓ No credit card✓ No hidden fees✓ Start practicing immediately
100+ Questions
100% Free

Loading practice questions...

2026 Statistics

Key Facts: Estonian Basic-School Geography Exam Exam

75 points / 150 minutes / 2 parts

Single written paper: Part I without an atlas, Part II with a school-provided Maailma atlas (or Uus maailma atlas) plus an Eesti atlas

Harno/Innove, Põhikooli geograafia lõpueksami eristuskiri

≥50% (38/75 points) to pass

Minimum score for the exam to count as 'sooritatud' (completed) toward the basic-school graduation requirement

Harno/Innove, Põhikooli geograafia lõpueksami eristuskiri

~50% / 50% cognitive-level split

Tasks are weighted roughly 50% knowledge and understanding, and 50% application, analysis, synthesis and evaluation

Harno/Innove, Põhikooli geograafia lõpueksami eristuskiri

1 of 9 valikeksam subjects

Geography is one of nine elective third-exam options (alongside history, civics, biology, physics, chemistry, Russian language and literature, English B1, or Russian as a foreign language B1); schools notify Harno of each student's choice by 1 February

Harno, Põhikooli valikeksam

30-40% of points on Estonia specifically

Share of official exam points ('sh Eesti geograafia') testing Estonia's own physical and human geography, woven across the other nine topic areas

Harno/Innove, Põhikooli geograafia lõpueksami eristuskiri

6 May 2026, 10:00

2025/2026 exam date and start time for the Geograafia valikeksam, within the 6-8 May 2026 valikeksam window

Haridus- ja Teadusministeerium, EKSAMITE KALENDER 2026

Free 100-question MCQ study bank for Estonia's põhikooli geograafia valikeksam (Grade 9 elective exam), covering the full III kooliaste (7.-9. klass) curriculum: map skills and coordinates, geology, landforms, climate, hydrology, natural zones, population/settlement, and economic/environmental geography, with Estonia-specific content throughout. Official exam: single 150-minute written paper, 75 points across two atlas-restricted parts, mixing selective- and constructed-response tasks, scheduled 6 May 2026 at 10:00. Pass threshold is roughly 50% (38/75 points). One of nine valikeksam subject choices, alongside compulsory Eesti keel and Matemaatika exams - schools notify Harno of the choice by 1 February. Exam is centrally prepared by Harno but locally administered and graded by each school's own exam committee. No fee, since basic education is free. Not an official-format simulation - the real exam requires atlas-based map work and full written-answer tasks that an MCQ bank cannot reproduce.

Sample Estonian Basic-School Geography Exam Practice Questions

Try these sample questions to test your Estonian Basic-School Geography Exam exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1What is the main difference between a general-purpose (topographic) map and a thematic map?
A.A topographic map shows a broad range of natural and human features (relief, water, settlements, roads), while a thematic map focuses on one specific topic such as climate or population
B.A topographic map only shows political borders
C.A thematic map can only be produced at a large scale
D.There is no real difference; the two terms are interchangeable
Explanation: A general-purpose (topographic) map is designed to show many kinds of features at once - relief, hydrography, settlements, and infrastructure - so it can serve many different uses. A thematic map, by contrast, is built around a single subject, such as climate zones, population density, or economic activity, and simplifies or omits other detail to highlight that theme clearly.
2A map has a scale of 1:50,000. What does this mean?
A.1 cm on the map represents 50,000 cm (500 m) on the ground
B.The map covers exactly 50,000 square kilometers
C.1 km on the map represents 50,000 km on the ground
D.The map was produced in the year 1950
Explanation: A representative fraction scale of 1:50,000 means that any unit of distance measured on the map corresponds to 50,000 of that same unit on the actual ground. So 1 cm on the map equals 50,000 cm, or 500 meters, in reality, which lets a map reader convert measured map distances into real-world distances.
3Compared to a small-scale map, a large-scale map...
A.shows a smaller area of land in much greater detail
B.shows a larger area of land with less detail
C.always covers an entire continent or ocean
D.cannot represent relief (hills and valleys) at all
Explanation: Map scale describes the ratio between map distance and real distance, and a 'large' scale (such as 1:10,000) has a large ratio number relative to distance covered, meaning a small real-world area is shown with lots of detail. A 'small' scale (such as 1:1,000,000) covers a much bigger area but with far less detail per feature.
4In map and compass work, what does an 'azimuth' measure?
A.The horizontal angle, measured clockwise from true north, to a given direction or object
B.The vertical angle above the horizon to an object in the sky
C.The straight-line distance between two points in kilometers
D.The difference in elevation between two points on a map
Explanation: An azimuth is a horizontal bearing, expressed in degrees from 0 to 360, measured clockwise starting from true north. It tells you which direction to travel or look, independent of distance or elevation, and is a standard tool for orienting oneself using a map and compass.
5On a topographic map, why is the legend (the key explaining symbols and colors) essential?
A.It explains what each symbol, line style, and color used on the map actually represents
B.It shows only the map's scale and nothing else
C.It lists the mapmaker's name and the publication date
D.It indicates which direction on the map is north
Explanation: A map legend translates the map's visual language - symbols, colors, and line patterns - into meaning, so a reader can correctly identify features like roads, forests, marshes, or buildings. Without the legend, many map symbols would be ambiguous or meaningless to someone unfamiliar with that particular map series.
6Why is the equator (0° latitude) significant in geography?
A.It is the reference line from which latitude is measured, and it divides Earth into Northern and Southern Hemispheres
B.It is the reference line from which longitude is measured
C.It passes directly through Greenwich, England
D.It marks the boundary of the Arctic Circle
Explanation: The equator is defined as 0° latitude, and all other parallels are measured as degrees north or south of it, up to 90° at the poles. Because it splits the globe exactly in half, it also serves as the boundary between the Northern and Southern Hemispheres.
7From which reference line is geographic longitude measured?
A.The prime meridian (0°), which passes through Greenwich
B.The equator
C.The Tropic of Cancer
D.The International Date Line only
Explanation: Longitude is measured in degrees east or west of the prime meridian, an imaginary north-south line running through Greenwich, England, that was internationally adopted as 0° longitude. Locations are described as being up to 180° East or 180° West of this line.
8A location is described using the coordinates 59°N, 25°E. What do these two numbers represent?
A.Its latitude (distance north of the equator) and its longitude (distance east of the prime meridian)
B.Its elevation above sea level and its distance from the coast
C.Its time zone number and its current local time
D.Its distance from the North Pole measured in kilometers
Explanation: Geographic coordinates always consist of a latitude value (how far north or south of the equator a place lies) and a longitude value (how far east or west of the prime meridian it lies), together pinpointing an exact location on Earth's surface.
9Two cities lie exactly 45 degrees of longitude apart, in a region where each 15 degrees of longitude equals one hour of time difference. If it is 14:00 in the city to the west, what time is it in the city to the east?
A.17:00 (3 hours later)
B.11:00 (3 hours earlier)
C.14:45
D.14:00 (exactly the same time)
Explanation: Since Earth rotates eastward, locations further east experience sunrise, noon, and every other point in the day earlier than locations to the west, meaning clocks to the east are set ahead. Dividing the 45-degree gap by 15 degrees per hour gives 3 hours, so the eastern city's clock reads 3 hours later: 17:00.
10A ship crosses the International Date Line while traveling westward (for example, from Alaska toward Russia). What happens to the calendar date on board?
A.The date jumps forward by one day
B.The date jumps backward by one day
C.The date stays exactly the same
D.The date never changes anywhere near the Date Line, only the time does
Explanation: The International Date Line, running roughly along 180° longitude, exists precisely to reconcile the fact that clocks reset by a full 24 hours as you circle the globe. Crossing it while traveling west (further into 'tomorrow' relative to the starting point) advances the calendar date by one full day.

About the Estonian Basic-School Geography Exam Practice Questions

Verified exam format metadata for Estonian Basic-School Final Examination — Geography (Geograafia) is pending. The practice questions above remain available while official exam length, timing, passing score, fee, and administrator details are reviewed.