A) Mars B) The Sun C) The Moon D) Venus
A) East, West B) South, North C) West, East D) North, South
A) Betelgeuse B) Alpha Centauri C) Sirius D) Polaris (North Star)
A) Ursa Major (Big Dipper) B) Cassiopeia C) Ursa Minor (Little Dipper) D) Orion
A) Orion B) Big Dipper C) Pleiades D) Southern Cross
A) Measuring distance on land B) Purifying water C) Measuring the altitude of celestial objects D) Predicting the weather
A) The angular distance of a star north or south of the celestial equator B) The color of a star C) The distance to a star D) The brightness of a star
A) Mountains B) Glaciers C) Volcanoes D) Valleys
A) Elevation B) Vegetation C) Temperature D) Rainfall
A) Flat terrain B) Water body C) Gentle slope D) Steep slope
A) A dense forest. B) A flat area of land. C) A line of high ground with slopes descending on either side. D) A deep depression in the earth.
A) The highest point on a mountain. B) A lake. C) A steep cliff face. D) A low point between two areas of higher ground.
A) A depression in the land, often containing a stream. B) A high peak. C) A flat plain. D) A volcano.
A) Prevailing winds have no impact on tree growth. B) Trees will only grow straight up regardless of wind. C) Trees may be bent in the direction the wind frequently blows from. D) Trees will grow shorter against the wind.
A) On all sides of trees equally B) Moss does not grow on trees C) On the south side of trees D) On the north side of trees (in the Northern Hemisphere)
A) They are not useful for navigation. B) They provide a general east-west reference. C) They provide a precise north-south reference. D) They can only be used in the tropics.
A) The distance to the North Star. B) The speed of the wind. C) The height of a mountain. D) The angle between true north and magnetic north.
A) To find water sources. B) To accurately use a compass with a map. C) To avoid getting lost. D) To predict the weather.
A) True North is 10 degrees east of Magnetic North. B) Magnetic North is 10 degrees east of True North. C) The compass is broken. D) Magnetic North and True North are aligned.
A) A valley or gully B) A desert C) A flat plain D) A hilltop
A) Atmosphere B) Hill C) Mountain D) River
A) The direction from one point to another, measured in degrees. B) The altitude of a mountain. C) The distance between two points. D) The color of the soil.
A) The watch is not useful for determining direction. B) Point the hour hand at the sun, and south is halfway between the hour hand and 12 o'clock. C) Point 12 o'clock at the sun, and north is halfway between the hour hand and 12 o'clock. D) Point the minute hand at the sun.
A) A permanently fixed marker indicating a known elevation. B) A type of compass C) A type of tree D) A type of cloud
A) Snowdrifts form randomly. B) Snowdrifts always form on the windward side. C) Snowdrifts are not related to wind direction. D) Snowdrifts typically form on the leeward (downwind) side of objects.
A) To make navigation more complicated. B) To account for errors and redundancy in case one method fails. C) Because it's fun. D) Because one method is always superior.
A) A method of determining a location using bearings from two or more known points. B) A method of cooking. C) A type of map. D) A type of knot.
A) The International Date Line. B) The North Pole. C) The line of 0° longitude. D) The equator.
A) Topographic Map B) Weather Map C) Road Map D) Political Map
A) West B) North C) South D) East |