Astrology
Explanation:
A person studying the field of Astrology would not have her finds testable by others because most are descriptive and not experimental in nature.
Astrology is a pseudoscience claiming divination by the positions of the planets and sun and moon.
- It is simply the study of stars and their patterns.
- Most astrologers use positions of planetary bodies to predict future events and some topical matters.
- Astrology is not pure experimental science that can be tested using sophisticated instruments in the laboratory or in the field.
- Biology is the study of life and follows the scientific way of studying nature.
- Chemistry and physics are pure sciences that follows the scientific nature in their investigation.
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Answer:
- Habituation.
- Sensitization.
- Classical conditioning.
- Operant conditioning.
Explanation:
Types of learning include habituation, sensitization, classical conditioning, operant conditioning, observational learning, play, and insight learning. One of the simplest ways that animals learn is through habituation, where animals decrease the frequency of the behavior in response to a repeated stimulus.
Answer:
Human activities affect the carbon cycle through emissions of carbon dioxide (sources) and removal of carbon dioxide (sinks). The carbon cycle can be affected when carbon dioxide is either released into the atmosphere or removed from the atmosphere.
Explanation:
does this help
Every second this thing moves 75 meters in
the southeast direction. So, 2 secons will be 150 meters, 4 seconds will be 300
meters, etc.
<span>Southeast means something in the middle
between the south direction and the east direction, maybe about -45 degrees. We
can apply Pythagorean theorem:</span>
L1^2+L2^2=hip^2=(75m/s)^2
If East velocity is equal to the south
velocity, both legs will be equal:
2L^2=(75m/s)^2
L^2=(75m/s)^2/2
L = square root [(75m/s)^2/2] = (75m/s)/[square
root (2) ] = 53m/s
So the object is moving about 53m/s to the
east and 53m/s to the south.
Answer:
They measure the shift in a star's emission spectrum.
Explanation:
Exoplanets are planets found outside the solar system.
Planets orbiting far enough from stars to be resolved reflect very little starlight, so planets are detected through their thermal emission instead. These thermal emission is gotten by observing the shift in the stars emission spectrum.
Coronagraphs are also used to block light from the star which results to leaving the planet visible. Direct imaging of an Earth-like exoplanet requires extreme use of optothermal stability.
They can also be found by using space based telescopes.