Map Distance Measurement Quiz

What is the first step in measuring straight-line distance on a map?

• Use a ruler to draw a straight line on the map.

• Match tick marks on paper strip against map scale.

• Estimate the distance using the map's legend.

• Use a compass to determine the direction of the line.

When measuring distance on a map, what should you use to ensure accuracy?

• A random piece of paper without markings.

• The map's grid lines as a reference.

• A paper strip with tick marks.

• A digital measuring tool.

What is the purpose of transferring map distance to a paper strip?

• To calculate the area covered by the map.

• To have a physical copy of the map's scale.

• To accurately measure the straight-line distance between two points.

• To mark important locations on the map.

What is the straight-line distance in meters between the water tower in grid square EG11585858 and the oil tank in grid square EG08359360?

• 100 meters

• 200 meters

• 300 meters

• 400 meters

What is the straight-line distance in meters from BM 61/ Grid EH1603 to the Horizontal Control Station/Grid EG1798?

• 100 meters

• 200 meters

• 300 meters

• 400 meters

What is the technique described for measuring curved line distances on a map?

• Using a ruler to measure straight distances

• Estimating the distance by eye

• Moving and changing the angle of a paper strip along the road

• Drawing a straight line and measuring it

What is the purpose of placing tick marks as shown in the image?

• To mark the starting and ending points of the road

• To indicate the direction of the road

• To keep track of the paper strip's position as it moves along the road

• To measure the width of the road

What is the scale provided in the 'DETERMINING DISTANCE' section of the image?

• 1:50,000

• 1:100,000

• 1:10,000

• 1:5,000

What type of map is shown in the image?

• Political map

• Climate map

• Topographic map

• Road map

What feature is indicated by the contour lines on the map?

• Population density

• Elevation and terrain shape

• Temperature variations

• Precipitation levels