A temperature inversion is a situation where:
Question 11 options: A) vertical motions are
enhanced
B) air quality is good
C) temperature decreases with increasing altitude
D) temperature increases with increasing altitude
Question 12 (1 point)
Both City A and City B are located at the same
latitude. City A has a mean annual temperature of 27oC
and a temperature range of 22oC. City B has a mean
annual temperature of 26oC and a temperature range of
14oC. Which city is located in the interior of the
continent?
Question 12 options: A) City B
B) It is impossible to say
C) City A
Question 13 (1 point)
Relative humidity:
Question 13 options: A) is responsible for life on
earth
B) is the amount of water vapor in the air compared to
the amount it could hold
C) depends upon the volume of water present in the air
unrelated to temperature
D) is the total amount of water vapor present in the
air
Question 14 (1 point)
The temperature at which air becomes saturated is known as:
Question 14 options: A) adiabatic temperature
B) environmental lapse temperature
C) dew point temperature
D) saturatized temperature
Question 15 (1 point)
A parcel of air rises vertically and cools as it rises due only to
expansion. This air parcel would best be described
as:
Question 15 options: A) conditionally unstable
B) unstable with adiabatic cooling
C) stable with diabatic cooling
D) stable with adiabatic cooling
Question 16 (1 point)
Saved
The dry adiabatic lapse rate (DAR) is:
Question 16 options: A) 10oC per 1000m – a fixed
rate
B) the rate used for a saturated parcel of air
C) 6oC per 1000m
D) a term that refers to the temperature decrease in the
still calm air that surrounds a moving air parcel
Question 17 (1 point)
Saved
Which of the following is a middle-level cloud type?
Question 17 options: A) cirrostratus
B) stratocumulus
C) altostratus
D) cumulonimbus
Question 18 (1 point)
A fog type which occurs when a warm moist marine air mass moves
over a cold land mass is:
Question 18 options: A) advection
B) radiation
C) forest
D) dew
Question 19 (1 point)
Precipitation normal refers to:
Question 19 options: A) the moisture demand in the water
balance
B) all forms of moisture – including fog
C) rain, sleet, snow and hail
D) the actual evapotranspiration amount
Question 20 (1 point)
Which of the following is true of the collision-coalscence
process?
Question 20 options: A) Water droplets evaporate.
B) Ice crystals grow at the expense of water
droplets.
C) Water droplets merge and grow in size.
D) It is the same as the Bergeron process.
Ans 11.
Where there is increase in temperature with increase in altitude (D)
Ans 12.
City A has more continental nature due to high temperature range. (C)
Ans 13.
Correct option is (B) since is the capacity of parcel to hold water vapor
Ans 14.
At dew point temperature, the air becomes saturated (C)
Ans 15.
It is described as stable with adiabatic cooling (D)
Ans 16.
It is 6 degree Celsius per 1000 m
Ans 17.
Altostratus is the correct answer (C)
Ans 18.
Such fog is called as Advection fog (A)
Ans 19.
Precipitation includes rain, sleet, snow and hail
Ans 20.
In this process, there occurs collision between water droplets and they grow in size thus the correct answer is (c)
A temperature inversion is a situation where: Question 11 options: A) vertical motions are enhanced B) air quality...
Please Answer number 3 - 9 tue 4000 3S 20 TEmS 2. Calculate the average rate of temperature change for the environmental lapse rate. Express this rate of change per 1000 meters. Show your calculations. 18.6 C 26-189 4386°C 18°- 99 S 000m S o00 13 3. At sea level, a parcel of air has a temperature of 35 "C and a dew point temperature of 15 "C. Let's assume that this air is forced to rise. Plot the rising...
The adiabatic process uses specific numbers, or rates, to decrease a parcel’s temperature and dew point temperature. Those rates are: - Unsaturated air will decrease by 10 deg C for every 1 kilometer (km) of lift. This is called the dry adiabatic lapse rate. - Saturated air will decrease by 6 deg C for every km of lift. This is called the moist adiabatic lapse rate. - The parcel’s dew point temperature will decrease by 2 deg C for every...
Meteorology 10 Homework #5 Directions: Solve the problems below based on the material covered in lectures 14 and 15. You may work with others, but you must submit your own paper, in your own handwriting, and you must show your work! Any violation of that will earn you a zero! 1. (2pts) Categorize these atmospheric lapse rates into Stable Atmosphere, Conditionally Unstable, Absolutely Unstable Atmosphere. a. 11°C/1000m b. 2°C/1000m c. 7°C/1000m d. 5°C/1000m e. 15°C/1000m f. 8°C/1000m 2. (2pts) A...
1. Energy stored in the phase change of water is called latent heat. a) True b) False 2. Higher pressure gradient forces (PGF) result in weaker winds. a) True b) False 3. What adiabatic lapse rate do you use when cooling a saturated air parcel? a) Dry adiabatic lapse rate b) Wet adiabatic lapse rate 4. If the amount of water in the atmosphere is held constant, increasing the air temperature will cause the humidity to a) Increase. b) Decrease.
Weather question. 4). Consider the mountain below. An air parcel at the western base of the mountain has a temperature of 22 C and a dewpoint of 17 C. As the air ascends and descends, it will either cool (or warm in the case of descent) at the dry adiabatic lapse rate of -10 C/km, or at the moist adiabatic lapse rate of -6 C/km. Remember, the equation for the lapse rate is SudT/dz. (T -Tita)/(z.-Z.). Answer the following questions....
Which of the following listed locations has the highest precipitation? 12 13 1 15 10 a. 17 18 9 19 5,200 Kilometers 3 2 The clouds in the picture are clouds. Photo: Lin Wu Cirrus Cumulus Stratus Question 3 The lack of Coriolis Effect along the equator resulted no lasting wind along the equator. low pressure along the equator. upper rising air along the equator high temperature along the equator. Question 4 You will need the vapor pressure curve and...
CCS/ERTH 303: Weather & Climate Name: Dew (F) 46 5.7 Section 1: Expressing Humidity Complete the table below using the provided data collected at the NWS Station in Missoula, MT,on Ist September 2015. Use this table to select the correct answers in the next 5 questions. ** Ser your pressure to 1000 mb for all calculations on the websites, and round answers to nearest degree "F and the MR's to the nearest 0.1g/kg as you carry them alone. ** a...
The atmospheric air 32 °C dry bulb temperature and 70% relative humidity supplied to the cooling coil at a rate of 45m3/min. The air cooling to the saturated state and leaving at a temperature of 16 °C. Determine: a- Specific humidity at each state. b- Wet bulb and dew point temperatures at the final state c- Final relative humidity. d- Mass of water condensed. e- Rate of heat removed from the air in kW. f- Show the process on Psychrometric...
Humidity is the amount of water vapor in the air at a given time. At warm temperatures, air can hold more moisture than it can at cold temperatures. Relative humidity is the amount of vapor the air is holding expressed as a percentage of the amount the air is capable of holding. For example, at 86 degrees Fahrenheit, air can hold a maximum of 30.4 grams of water per cubic meter. If the air at the same temperature is holding...
Atmospheric air at 32°C and 70% relative humidity passes through a cooling section in an air-conditioning duct where the air is cooled below its dew point and some of the water is removed. The air then passes over a heating section where heat is added until the final temperature is 22°C and the relative humidity is 45%. Assume the process occurs at constant pressure of 1 atm. Using the psychrometric chart, determine: (a) The amount of water removed in the...