Answer:
speed of apparent on moon = 0.50847° per Hour
speed of apparent movement on Jupiter= 36.36° per Hour
Explanation:
given data
Sun appears to move = 15˝/hr
to find out
How many degrees per hour would the Sun appear to move if we at equator of the Moon and How many degrees per hour would the Sun appear to move if we at the equator on Jupiter
solution
we know that sun is stable it not move but earth is revolving around that sun but it appear sun rise
so movement of sun in sky 360° every day
and time taken = 24 hours
so as we have given
speed of the apparent movement=°/Hour = 15 °/Hour
so
we have given Time taken by the sun to Moon's sky = 29.5 days = 29.5 × 24 = 708 hours
so
speed of apparent on moon =
speed of apparent on moon = 0.50847° per Hour
and
we know Time taken by the sun to Jupiter = 9.9 hr
so
speed of apparent movement on Jupiter=
speed of apparent movement on Jupiter= 36.36° per Hour
Answer: The correct answer is option C, the principle of superposition.
Explanation:
In geology, the principle of superposition states that in a series of stratified sedimentary rocks, the one that sits at the bottom ( the lowest stratum) is the oldest.
According to the details given above, the geologist observed that sandstone sits on top of the granite(the granite sits at the bottom), he concluded that granite is older than the sandstones. This principle clearly demonstrates the theory of superposition.
Superposition simply means putting something on top of another (for example, placing an object on top of another object).
Therefore, the above principle describes the theory of superposition.
Economic geog.
political geog.
demography
social geog.
war geog.
agriculture geog.
settlement geog.
regional geog.
California or Idaho, it depends on what states you are calling western states