ABE 1 Weather and Climate QUIZ Flashcards

1
Q

when the sun is farthest from the earth (occurs about July 4)

A

Aphelion

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2
Q

when the sun is nearest from the earth (occurs about January 3)

A

Perihelion

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3
Q

the sun passes directly over the equator or when the sun’s apparent path and plane of the earth’s equator coincide

A

Equinox

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4
Q

when the sun’s apparent path is displaced farthest north (Tropic of Cancer) or south (Tropic of Capricorn) from the earth’s equator

A

Solstice

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5
Q

percent of the incoming solar radiation that is reflected from a surface

A

Albedo

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6
Q

often used as the solar constant

A

◼ 1374 W/m2

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7
Q

rate at which solar radiation reaches the upper
limits of earth atmosphere on a surface normal
to the incident radiation and at earth’s mean
distance from the sun

A

Solar output (solar constant)

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8
Q

Radiation wavelengths

A

are usually given in micrometers (μm) or nanometers (nm) wherein 1 μm = 10-6 m

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9
Q

an envelope of air and suspended liquids and
solids surrounding the earth and bound to it
more or less permanently by virtue of earth’s
gravitational attraction (conventional limit =
1000 km MSL)

A

EARTH’S ATMOSPHERE

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10
Q

(between equator and poles)

A

HORIZONTAL temperature gradient (between

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11
Q

(between earth’s surface and
tropopause)

A

VERTICAL temperature gradient

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12
Q

a measure of the average kinetic energy
of the individual atoms or molecules; measure of the
degree of hotness or coldness of the object

A

◼ TEMPERATURE

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13
Q

amount of heat required to change the
temperature of 1 g of the substance by 1°C

A

SPECIFIC HEAT

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14
Q

heat always flows from areas of higher temp toward areas of lower temp

A

TRANSPORT OF HEAT (according to the principles of
thermodynamics) -

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15
Q

occurs within a substance or between substances that are in direct physical contact

A

CONDUCTION

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16
Q
  • transport of heat within a fluid (or gas) via motions of the fluid (or gas) itself
A

CONVECTION

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17
Q

does not require an intervening physical
medium and can take place in a vacuum

A

RADIATION

18
Q
  • the weight per unit area of the column of air above that location
A

AIR PRESSURE

19
Q

How to eliminate the pressure gradient

A

the wind blows away
from regions where air pressure is high and towards regions where air pressure is relatively low

20
Q
  • air descends and diverges at the earth’s surface
A

DIVERGENCE

21
Q

air converges at the earth’s surface and ascends

A

CONVERGENCE

22
Q

rate of change in temperature observed while moving upward through the Earth’s atmosphere

A

LAPSE RATE

23
Q

average lapse rate of temperature

A

6 °C/km

24
Q

Dry adiabatic lapse rate

A

9.8 or 10 °C/km

25
Q

Wet adiabatic lapse rate

A

5 - 9 °C/km

26
Q

-NO upwelling of cold,
nutrient- rich water
-temp higher by about 4 C
With associated changes in
wind and rainfall patterns

A

EL NIÑO CONDITION

27
Q

Basic weather elements and
weather patterns (including
Philippine climate)

A

◼ Topography and location
◼ Trade winds
◼ Fronts
◼ ITCZ
◼ Easterly waves
◼ Monsoon winds
◼ Tropical cyclones

28
Q

the condition of the
atmosphere at any particular time and
place

A

WEATHER

29
Q

the “average weather” of a
particular region; represents the accumulation of daily and seasonal weather events over a long period of
time

A

CLIMATE

30
Q

GENERAL RULES ON WEATHER

A

Weather becomes stormy when air pressure fall and becomes fair when air pressure rise

31
Q

Climatic Classification

A

◼ Koppen System (worldwide)
◼ Corona’s Classification (Phils)
◼ Hernandez Classification (Phils)

32
Q

◼ The Corona’s Classification

A

TYPE 1.
TYPE 2.
TYPE 3.
TYPE 4.

33
Q

Two pronounced wet and dry seasons: wet during the months of
une to November and dry from December to May.

A

TYPE 1.

34
Q

Two pronounced wet and dry seasons: wet during the months of
une to November and dry from December to May.

A
35
Q

No dry season with a very pronounced maximum rain period in December, January and February.

A

TYPE 2.

36
Q

No pronounced max rain period and short dry season lasting from one to three months.

A

TYPE 3.

37
Q

Uniformly distributed
rainfall.

A

TYPE 4.

38
Q

CLIMATIC CONTROLS
FOR PHILIPPINE CLIMATE

A

◼ Topography and location
◼ Trade winds
◼ Fronts
◼ ITCZ
◼ Easterly waves
◼ Monsoon winds
◼ Tropical cyclones

39
Q

Composition of the total Philippine rainfall

A

SOURCE OF RAIN % DISTRIBUTION
Tropical cyclone 47
ITCZ, easterly waves 39
Southwest monsoon 7
Northeast monsoon 7

40
Q

◼ effect can be felt over as far as 500 km from
the eye
◼ number of tropical cyclones that enter PAR
(based from 1948-2000 data)
average - 20 per year
minimum - 11 per year (1998) – El Niño
maximum - 32 per year (1993) – La Niña
◼ generally affect the Philippines from June to
December (although the rest of the year is
not entirely free from cyclones)

A

Tropical Cyclones