Answer:
Question 1: getting there
Mars- between 150 and 300 days depending on where mars is in relation to the earth, the speed of the launch, and the exact travel path that will be taken
Uranus- about 9 and a half years
Question 2: weather
Mars- the atmosphere is completely thin, and an extremely cold planet, with an average temperature of around -80°
Uranus- has very strange seasons due to its tilt, has a surface temperature of about -300°F, strong winds, and sometimes clouds made up of methane ice crystals
Question 3: clothing
Mars and Uranus- both mars and Uranus are unsuitable for humans, you would most definetly need a full body space suit such as the Z-2 Spacesuit created by NASA
you can answer the rest based off imagination and Google for facts
The Rate of movement of the Pacific Plate will be 37.87cm per year.
Underneath the Pacific Ocean is an oceanic tectonic plate known as the Pacific Plate. It is the largest tectonic plate at 103 million km2. The Farallon, Phoenix, and Izanagi Plate triple junction are where the plate initially formed 190 million years ago.
From the information given, the following can be deduced:
Distance = 500 km = 50000000cm
Time = 1.32 million years = 1320000 years.
Therefore, the rate of plate movement will be (i.e. speed) :
(speed) = Distance / Time
(speed) = 50000000 / 1320000.
(speed) = 37.87 cm/yr
To know more about Pacific Plate refer to: brainly.com/question/5794493
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Answer:
cause rocks to break and move
are older than surrounding rocks
Explanation:
Faults are form of fractures which occur in rocks as a result of variety of conditions such as mechanical and temperature changes. Faults forms cracks and leave spaces between rock parts.
They usually cause rocks to break and move and are older than surrounding rocks which validates the options
D.) Location is one of the 5 themes of geography!
A Tornado Forms in 4 Steps. Advertisement - Continue Reading Below. Precipitation should counter the updraft, but when winds blow precipitation out of the rising air, the updraft strengthens. When those tubes are ingested into the updraft, they become vertical and the storm acquires rotation, forming a supercell.
