5th Class Social Studies Unit 5 MCQs – Globe and Map Skills (گلوب اور نقشہ خوانی) | PAKMCQs

Map is correct because it is a flat, two-dimensional drawing used to show the geography and details of any area of the Earth.

BOLTS is correct as it is the standard mnemonic used to remember the five key parts that make up a complete and readable map.

Border is correct because every map needs a clear boundary or border to outline the area being represented.

Orientation is correct because it indicates the directions on a map, usually showing where North is located.

Legend is correct as it is the key on a map that explains what the different symbols, colors, or signs represent.

Title is correct because the title tells the reader what specific area or information the map is representing.

Scale is correct because the scale shows the relationship between distances on the map and the actual distances on the ground.

Map borders are correct because they define the limits of the map and separate the mapped area from the outer page.

Hem is correct as it is a traditional synonym used by cartographers to describe the boundary lines enclosing a map.

Orientation is correct because it is the skill of aligning a map correctly with real-world geographical directions.

Cardinal directions is correct because these four main points are the primary standard directions used for navigation on Earth.

Four is correct because North, South, East, and West make up the four major compass points.

By special signs (symbols) is correct because a flat map uses symbols and icons to represent complex real-world objects.

Legend is correct because this box explains what each line, dot, or symbol on the map actually means.

On top of the map is correct because placing the title at the top allows readers to quickly identify what the map is about.

In bold and visible letters is correct because the title needs to stand out from other labels and lines on the map.

Area and purpose of the map is correct because the title states the geographical region covered and what theme is represented.

Scale is correct because it is the mathematical ratio that allows a large area on the ground to be accurately sized down onto a small paper map.

The distance is correct because we can use the map scale to calculate the actual physical distance on the ground between any two points.

Three is correct because map makers use three different methods—linear, statement, and fraction—to display distances on maps.

Linear scale is correct because it is represented visually as a ruler-like line marked with measurements to show distances directly.

Ratio between ground and map distance is correct as it allows readers to directly measure a distance on the map and see its real-world length.

Statement of scale is correct because it uses a simple written sentence to explain the map's scale value to the reader.

Statement of scale is correct because it expresses the scale in a simple written statement rather than symbols or fractions.

A fraction is correct because an RF scale is written as a mathematical fraction or ratio to express the relationship between distances.

Distance on the map is correct because the top number (numerator) of the fraction always represents one unit of measurement on the printed map.

Distance on the ground is correct because the bottom number (denominator) shows how many of those same units exist in the actual real-world distance.

Fraction and ratio is correct as an RF scale can be written as a fraction like 1/100,000 or as a ratio like 1:100,000.

Five kinds is correct because political, tourist, weather, topographical, and road maps serve as the major types.

Political map is correct because it is specifically designed to show governmental boundaries and administrative divisions.

For tourists is correct because these maps help travelers find local attractions, roads, and landmarks in a new area.

For getting information about a place is correct as tourist maps display details about major landmarks and visiting sites.

Pictures of sites and roads is correct because visual cues and pathway layouts help tourists navigate and recognize famous destinations.

Weather conditions of an area is correct because these maps display atmospheric data such as temperature, rain, and wind for a specific region.

Different signs (symbols) is correct because symbols like a sun or cloud icon are universally understood representations of weather states.

Topographical map is correct because it focuses on displaying the physical shape, elevation, and landforms of the Earth's surface.

Contour lines is correct because these lines connect points of equal elevation to map out the shape of hills and valleys.

The altitude/height of a place is correct because contour lines show how high a land feature rises above sea level.

Places, highways, roads, and railway lines is correct because these pathways are essential for planning routes and traveling between destinations.

Grid is correct because it refers to the pattern of intersecting lines used to locate coordinates on a map.

Lines of latitude and longitude is correct because these imaginary lines help divide the Earth's surface into a coordinate system.

The location of an area or place is correct because the intersection of latitude and longitude gives the exact coordinates of any spot.

Latitudes is correct because these imaginary lines circle the Earth horizontally to help determine positions north or south of the equator.

Equator is correct because it is the primary line of latitude located exactly midway between the North and South Poles at 0° latitude.

Into two equal parts is correct as the Equator splits the globe into the Northern Hemisphere and the Southern Hemisphere.

Parallel is correct because lines of latitude run in the same direction as the Equator and never cross or meet each other.

180 lines is correct because the global coordinate system divides the Earth into 180 degrees of latitude from pole to pole.

90 lines is correct because there are exactly 90 degrees of latitude from the Equator to the geographic North Pole.

90 lines is correct as there are 90 degrees of latitude extending from the Equator down to the geographic South Pole.

Distance between two places is correct because each degree of latitude represents a consistent physical distance on the Earth's surface.

Longitudes is correct because these imaginary lines run vertically around the globe, connecting the North and South Poles.

Prime Meridian is correct because it is the starting line of longitude, designated as 0° to measure distances east and west.

Greenwich is correct because the Royal Observatory in Greenwich, England, is the internationally agreed location for the 0° longitude.

Vertically into two equal parts is correct because the Prime Meridian splits the Earth into the Eastern Hemisphere and the Western Hemisphere.

360 lines is correct because the Earth is divided into 360 degrees of longitude, with each line representing one degree of a full circle.

180 lines is correct because the Eastern Hemisphere spans 180 degrees east of the starting Prime Meridian.

180 lines is correct because the Western Hemisphere extends 180 degrees west of the Prime Meridian.

The difference of time is correct because as the Earth rotates, different longitudes experience sunrise and sunset at different times.

Prime Meridian is correct because it serves as the base line for longitude, just as the Equator does for latitude.

Equator is correct because it is the most significant latitude line that marks the center of the Earth horizontally.

66.5° North is correct because the Arctic Circle is the major line of latitude located in the northern hemisphere at this degree.

23.5° North is correct because the Tropic of Cancer is the boundary of the tropics in the northern hemisphere.

0° is correct because the Equator is the starting point or reference line for measuring all other latitudes on Earth.

Into two equal parts is correct because the Equator splits the globe evenly into the Northern and Southern Hemispheres.

23.5° South is correct because the Tropic of Capricorn is the southern boundary of the tropical zone on Earth.

66.5° South is correct because the Antarctic Circle is the major line of latitude located in the southern polar region.

111 kilometers is correct because each degree of latitude is separated by a consistent distance of about 111 kilometers on the ground.

4 minutes is correct because as the Earth spins, it takes about four minutes for the sun to move across one degree of longitude.

1884 AD is correct because this was the year of the International Meridian Conference in Washington, D.C., where the prime meridian was established.

Greenwich Mean Time (GMT) is correct as it is the historical standard time used as a reference point for all other time zones globally.

24 time zones is correct because each zone represents one hour of the Earth's daily 24-hour rotation.

12 zones is correct because the 24 global time zones are split equally, with 12 situated in the Eastern Hemisphere.

12 zones is correct as the Western Hemisphere contains 12 of the 24 hourly time zones measured from the Prime Meridian.

Gains one hour is correct because moving eastwards means traveling toward the direction of the Earth's rotation, where the sun rises earlier.

Loses one hour is correct because moving westwards goes against the Earth's rotation, causing the local time to be behind Greenwich.

+5 time zone is correct because Pakistan is located in the Eastern Hemisphere, five hours ahead of the Prime Meridian.

5 hours is correct because Pakistan's geographical position puts it exactly five hourly zones to the east of Greenwich.

12:00 PM (Noon) is correct because adding 5 hours to 07:00 AM results in exactly 12:00 noon in Pakistan.

15 lines is correct because dividing the 360 degrees of Earth's rotation by 24 hours equals exactly 15 degrees or lines of longitude per hour.

15° is correct because the Earth rotates 15 degrees of longitude in one hour to complete its daily cycle.

360° is correct because one complete rotation of the spherical Earth represents a full 360-degree circle.

15° is correct because each hourly time zone is mathematically aligned with 15 degrees of the Earth's rotation.

360 ÷ 15 = 24 is correct because dividing the total 360 degrees of Earth's rotation by 15 degrees per hour results in 24 zones.

Ante meridiem (Before Noon) is correct because this Latin term translates to "before noon," representing the hours from midnight to 11:59 AM.

Post meridiem (After Noon) is correct because this Latin term means "after noon," representing the hours from 12:00 noon to 11:59 PM.

Lahore is correct because this historic city's geographical coordinates are used to calculate the official standard time for Pakistan.

Pakistan Standard Time is correct because the location serves as the reference point for setting the clocks nationwide to ensure uniform time.