What sets a region's climate

Grade 9 Science Worksheet - Building Confidence

NameDate

Circle the best answer.

  1. Sunbeams striking the equator straight on and the poles at a slant. NASA: compared with the equator, about how much energy does 45° latitude get at an equinox, by Bo's reading?

    • About 70%
    • About 40%
    • About 90%
    • About 150%
  2. A mountain with temperatures dropping up its side. NWS: the normal lapse rate is 3.5 °F per 1,000 feet. How does temperature change as you climb, by Jun's reading?

    • It stays the same
    • It drops 35 °F per 1,000 feet
    • It drops about 3.5 °F per 1,000 feet
    • It rises 3.5 °F per 1,000 feet
  3. A town at the foot of a mountain is 70 °F. About how warm is a spot 2,000 feet higher, using NWS's normal lapse rate, by Luz's math?

    • About 66.5 °F
    • About 77 °F
    • About 63 °F
    • About 0 °F
  4. A mountain with temperatures dropping up its side. Why can high mountains near the equator be cold, by Milo's reading (NOAA, NWS)?

    • They lie at a high latitude
    • Ocean currents freeze them
    • They are closer to the Sun
    • Elevation lowers the temperature, giving a highland climate
  5. Read this first

    Table, Two cities at the same latitude (model data), with columns City, January, July

    A, on a coast, 10 °C, 20 °C; B, far inland, −5 °C, 27 °C.

  6. NOAA: day-night temperature swings are much greater over land than over water. Why, by Noah's reading?

    • Water reflects most sunlight
    • Land holds its heat longer than water
    • Sunlight heats only the top inches of soil but reaches deep into water
    • Water heats faster than land
  7. Which town likely has milder winters and cooler summers, by Pia's reading?

    • A town far from any water
    • A desert town
    • An inland town at the same latitude
    • A coastal town
  8. NOAA: how does the Gulf Stream affect winters on Florida's east coast, by Ren's reading?

    • It has no effect
    • It keeps them warmer
    • It makes them colder
    • It brings snow
  9. What is a rain shadow, by Tala's reading (NOAA)?

    • The wet windward side
    • A rainy valley floor between two mountain ranges
    • The dry leeward side of a mountain range
    • A shadow cast by rain clouds
  10. Why does the windward side of a mountain get more rain, by Zee's reading (USGS)?

    Use the picture in question 8.

    • Moist air rises, cools and drops its rain there
    • The leeward side blocks the Sun
    • Wind carries the rain uphill and away
    • Air sinks and dries there before it reaches the peak
  11. USGS: Kauai's summit gets more than 435 inches of rain a year; many leeward coasts get less than 40. About how many times more is 435 than 40, by Esme's math?

    Use the picture in question 8.

    • About 395 times
    • About 11 times
    • About 4 times
    • About 1.1 times
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What sets a region's climate

Answer Key - Grade 9 Science Worksheet - Building Confidence

Circle the best answer.

  1. Sunbeams striking the equator straight on and the poles at a slant. NASA: compared with the equator, about how much energy does 45° latitude get at an equinox, by Bo's reading?

    • About 70%
    • About 40%
    • About 90%
    • About 150%
  2. A mountain with temperatures dropping up its side. NWS: the normal lapse rate is 3.5 °F per 1,000 feet. How does temperature change as you climb, by Jun's reading?

    • It stays the same
    • It drops 35 °F per 1,000 feet
    • It drops about 3.5 °F per 1,000 feet
    • It rises 3.5 °F per 1,000 feet
  3. A town at the foot of a mountain is 70 °F. About how warm is a spot 2,000 feet higher, using NWS's normal lapse rate, by Luz's math?

    • About 66.5 °F
    • About 77 °F
    • About 63 °F
    • About 0 °F
  4. A mountain with temperatures dropping up its side. Why can high mountains near the equator be cold, by Milo's reading (NOAA, NWS)?

    • They lie at a high latitude
    • Ocean currents freeze them
    • They are closer to the Sun
    • Elevation lowers the temperature, giving a highland climate
  5. Read this first

    Table, Two cities at the same latitude (model data), with columns City, January, July

    A, on a coast, 10 °C, 20 °C; B, far inland, −5 °C, 27 °C.

  6. NOAA: day-night temperature swings are much greater over land than over water. Why, by Noah's reading?

    • Water reflects most sunlight
    • Land holds its heat longer than water
    • Sunlight heats only the top inches of soil but reaches deep into water
    • Water heats faster than land
  7. Which town likely has milder winters and cooler summers, by Pia's reading?

    • A town far from any water
    • A desert town
    • An inland town at the same latitude
    • A coastal town
  8. NOAA: how does the Gulf Stream affect winters on Florida's east coast, by Ren's reading?

    • It has no effect
    • It keeps them warmer
    • It makes them colder
    • It brings snow
  9. What is a rain shadow, by Tala's reading (NOAA)?

    • The wet windward side
    • A rainy valley floor between two mountain ranges
    • The dry leeward side of a mountain range
    • A shadow cast by rain clouds
  10. Why does the windward side of a mountain get more rain, by Zee's reading (USGS)?

    Use the picture in question 8.

    • Moist air rises, cools and drops its rain there
    • The leeward side blocks the Sun
    • Wind carries the rain uphill and away
    • Air sinks and dries there before it reaches the peak
  11. USGS: Kauai's summit gets more than 435 inches of rain a year; many leeward coasts get less than 40. About how many times more is 435 than 40, by Esme's math?

    Use the picture in question 8.

    • About 395 times
    • About 11 times
    • About 4 times
    • About 1.1 times