ull MY MAXIS ? 11:01 PM 2% A elearning.utm.my Interaction between electromagnetic radiation (EMR) and object on the earth may result in different wave interactions such as reflectance, absorption, transmission and incident. Figure 1 shows the power acquired at the ground for some period of observation. Incident Power 6. Time (hour) Reflectance Power 5 1.5 0.5 6. Time (hour) Absorption Power Time (hour) QUESTION 2: Define how much transmission energy can be measured. Power (W) Power (W) (M) JaMod
ull MY MAXIS ? 11:01 PM 2% A elearning.utm.my Interaction between electromagnetic radiation (EMR) and object on the earth may result in different wave interactions such as reflectance, absorption, transmission and incident. Figure 1 shows the power acquired at the ground for some period of observation. Incident Power 6. Time (hour) Reflectance Power 5 1.5 0.5 6. Time (hour) Absorption Power Time (hour) QUESTION 2: Define how much transmission energy can be measured. Power (W) Power (W) (M) JaMod
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Transcribed Image Text:ll MY MAXIS ?
11:00 PM
6%
A elearning.utm.my
electromagnetic radiation
(EMR) and object on the earth
may result in different wave
interactions such as
reflectance, absorption,
transmission, and incident.
Figure 1 shows the power
acquired at the ground for
some period of observation.
Incident Power
6
Time (hour)
Reflectance Power
5 1.5-
1-
0.5-
2
6
Time (hour)
Absorption Power
Time (hour)
QUESTION 1: Determine the
energy of each interaction.
Power (W)
Power (W)
Power (W)
Transcribed Image Text:ull MY MAXIS ?
11:01 PM
2%
A elearning.utm.my
Interaction between
electromagnetic radiation
(EMR) and object on the earth
may result in different wave
interactions such as
reflectance, absorption,
transmission and incident.
Figure 1 shows the power
acquired at the ground for
some period of observation.
Incident Power
5
Time (hour)
Reflectance Power
51.5-
1-
0.5
6.
Time (hour)
Absorption Power
Time (hour)
QUESTION 2: Define how
much transmission energy
can be measured.
Power (W)
Power (W)
Power (W)
Expert Solution
Step 1
1.
The given graph is power v/s time. Power is energy per unit time.
In case of the given graph energy can be calculated by finding the area under curve.
For incidence power:
Step 2
For reflectance power:
Absorption energy is zero.
Step by step
Solved in 3 steps
