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E&A LAB EXAM
| Question | Answer |
|---|---|
| 10 mm equals 1 ___ | CM |
| when referring to 12.1 what is the length of the ling segment for point A | 10mm |
| when referring to 12.1 what is the length of the ling segment for point B | 18mm |
| the amount of solar radiation received at any particular place on Earth, on any given day, is determined by the sun's ___ | intensity and duration |
| when referring to 12.2: when measuring the total width of incoming rays from point x to point y : what is the total width in CM | 8 |
| when referring to 12.2: when measuring the total width of incoming rays from point x to point y : what is the total width in MM | 80 |
| when referring to 12.2: assuming the total width of the incoming rays from point x to point y equals 100% of the solar radiation that is intercepted by earth: what would each CM equal ___% | 12.5% (1/8=.125 x 100=12.5) |
| when referring to 12.2: assuming the total width of the incoming rays from point x to point y equals 100% of the solar radiation that is intercepted by earth: what would each MMequal ___% | 1.25%(1/80=.0125 x 100=1.25) |
| what percentage of the total incoming radiation is concentrated in each of the following zones? 0 degrees- 30 degrees=___mm=____% | 40mm & 50% ( 40/80=.5 x 100=50%) |
| what percentage of the total incoming radiation is concentrated in each of the following zones? 30 degrees-60 degrees=____mm=___% | 30mm & 37.5% (30/80=.375 x 100=37.5%) |
| what percentage of the total incoming radiation is concentrated in each of the following zones? 60 degrees-90 degrees=___mm=___% | 10mm & 12.5% (10/80=.125 x 100=12.5%) |
| what is the general relation between the amount of radiation received in each 30 degree segment and the angle of the sun rays? | the lower sun angle the less solar radiation received. the greater sun angle that great solar radiation received. |
| why does earth create the unequal distribution of solar energy even though each zone represents an equal 30 degree segment of latitude | the curve of earth surface and the earth being sphere |
| what term is used to describe the June 21-22date in the NORTHERN hemisphere | summer solstice |
| what term is used to describe the June 21-22date in each the SOUTHERN hemisphere | winter solstice |
| on JUNE 21-22 sun rays are perpendicular to earth's surface at noon at the ______ | tropic of cancer |
| what latitude receiving the most intense solar energy on JUNE 21-22 | 23.5 N |
| on June 21-22 latitude north of Arctic Circle are receiving ___ hours of daylight while latitude south of arctic circle are receiving ___hours of darkness | 24 hours & 24 hours |
| what is the term used to describe the December 21-22 date in the NORTHERN hemisphere | winter solstice |
| what is the term used to describe the December 21-22 date in the SOUTHERN hemisphere | summer solstice |
| on DECEMBER 21-22 sun rays are perpendicular to earth's surface at noon at the ______ | tropic of Capricorn |
| on DECEMBER 21-22 what hemisphere is receiving most intense solar energy | Southern |
| if you lived at the EQUATOR on December 21-22 you would look ____ to see the sun at noon | South |
| how many hours of daylight would there be at 90 degrees N latitude on December 21-22 | 0 hours |
| how many hours of daylight would there be at 40 degrees S latitude on December 21-22 | 14 hours |
| how many hours of daylight would there be at 40 degrees N latitude on December 21-22 | 9 hours |
| how many hours of daylight would there be at 90 degrees S latitude on December 21-22 | 24 hours |
| how many hours of daylight would there be at 0 degrees latitude on December 21-22 | 12 hours |
| when living in the NORTHERN hemisphere MARCH 21 is the ___ equinox | Spring Equinox |
| when living in the NORTHERN hemisphere SEPTEMBER 22 is the ___ equinox | Autumnal/fall equinox |
| when living in the SOUTHERN hemisphere SEPTEMBER 22 is the ___ equinox | Spring Equinox |
| when living in the SOUTHERN hemisphere MARCH 21 is the ___ equinox | Autumnal/fall equinox |
| on march 21 and September 22 the sun rays are perpendicular to earths surface at noon at the ___ | equator |
| during the day what do the temps and humidity do | temps go up and relative humidity goes up |
| during the night what do the temps and humidity do | temps go down and relative humidity goes up |
| what are the two ways relative humidity can be changed | temp and water content |
Created by:
josey edwards 11