Extreme Weather Climate 1st Edition Ahrens Samson -Test Bank

Hello and welcome! We can’t wait for you to journey with us as we explore the complexities of extreme weather and climate with our Extreme Weather Climate 1st Edition Ahrens Samson Test Bank. This test bank is suitable for students in the meteorological field as it touches on concepts in weather and climate. We take care to provide our material in a form that is comprehensible.

What is Extreme Weather?

Extreme weather is defined as specific meteorological events whose statistics deviate greatly from the expected climatic norms. These can be the occurrence of strong storms, heat waves, or seasonal precipitation in the form of either rain or frost. It is also important to study extreme weather because it has an impact on our day-to-day lives as well as the ecosystem.

Why Study Climate?

Climate is defined as the long-term average weather conditions over an area, region, or country. Climatic studies can help one understand trends and shifts that take place. This information also allows us to take preventative measures for occurrences like storms and drought.

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The purpose of our test bank is to help bring comprehension on the topic hence better retention of the subject. It contains numerous questions and answers derived from the book Extreme Weather Climate 1st Edition Ahrens Samson. In this way, one can revise and self-evaluate to understand key areas such as:

• Meteorology: which is the science of the Earth’s atmosphere and the weather.
• Natural Disasters: Such as hurricanes, and tornadoes among others.
• It refers to the rise in the temperature of the Earth due to human activities.
• Extreme Weather Climate 1st Edition Ahrens Samson -Test Bank Features.
• Simple Language Questions to be Answered: Each question’s construction has been made very simple so you can really concentrate on the issue at hand.
• Answer Keys: Many correct answer options are available that will inform you & encourage you to avoid making similar mistakes in the future.
• Accessibility & Content Coverage: All the basic outlines contained in Ahrens Samson’s books are provided here.

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Extreme Weather Climate 1st Edition Ahrens Samson -Test Bank.

Chapter 3

Temperature and Humidity Extremes

Multiple Choice Exam Questions

1. The maximum in daytime surface temperature typically occurs _______ the earth receives its most intense solar radiation.

a. before

b. after

c. exactly when

ANSWER: b

2. Radiational cooling typically occurs:

a. during the afternoon.

b. at night.

c. during the late morning.

ANSWER: b

3. The strongest radiation inversions occur when: 

a. skies are overcast.

b. skies are partly cloudy.

c. skies are clear.

d. precipitation is falling.

ANSWER: c

4. During the afternoon the greatest temperature difference between the surface air and the air several meters above occurs on a:

a. clear, calm afternoon.

b. clear, windy afternoon.

c. cloudy, calm afternoon.

d. cloudy, windy afternoon.

ANSWER: a

5. The greatest variation in daily temperature usually occurs:

a. at the ground.

b. about 5 feet above the ground.

c. at the top of a high-rise apartment complex.

d. at the level where thermals stop rising.

ANSWER: a

6. The lowest temperature is usually observed:

a. at the time of sunset.

b. near midnight.

c. several hours before sunrise.

d. around sunrise.

e. several hours after sunrise.

ANSWER: d

7. In clear weather the air next to the ground is usually __________ than the air above during the night, and __________ than the air above during the day.

a. colder, warmer

b. colder, colder

c. warmer, colder

d. warmer, warmer

ANSWER: a

8. Suppose yesterday morning you noticed ice crystals (frost) on the grass, yet the reported minimum temperature was only 35^o F.  The most likely reason for this apparent discrepancy is that:

a. temperature readings are taken in instrument shelters more than 5 feet above the ground.

b. the thermometer was in error.

c. the newspaper reported the wrong temperature.

d. the thermometer was read before the minimum temperature was reached for that day.

e. the thermometer was read incorrectly.

ANSWER: a

9. At what time during a 24-hour day would a radiation temperature inversion best be developed?

a. at sunset

b. near sunrise

c. toward the end of the morning

d. between 2 and 5 pm when the air temperature reaches a maximum

ANSWER: b

10. The primary cause of a radiation inversion is:

a. infrared radiation emitted by the earth’s surface.

b. infrared radiation absorbed by the earth’s surface.

c. solar radiation absorbed by the earth’s surface.

d. solar radiation reflected by the earth’s surface.

e. infrared radiation absorbed by the atmosphere and clouds.

ANSWER: a