Option B is correct. The correct sequence regarding the angles of the triangle is mAngleY < mAngleZ < mAngleX
Given the length of the triangle expressed as;
XY = m + 8
YZ = 2m + 3
ZX = m - 3
According to the triangular theorem, the third side of the triangle is less than the sum of the other two sides, hence:
ZX < XY + YZ
m - 3 < m + 8 + 2m + 3
m - 3 < 3m + 11
m - 3m < 11 + 3
-2m < 14
m > -14/2
m > -7
Assuming that m = 6, since 5 > -7
ZX = m - 3
ZX = 6 - 3
ZX = 3
XY = m + 8
XY = 6 + 8
XY = 14
YZ = 2m + 3
YZ = 2(6) + 3
YZ = 12 + 3
YZ = 15
From the solutions, we can see that ZX < ZX < YZ, hence mAngleY < mAngleZ < mAngleX
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Answer:
Beginning with Earth, then Jupiter, followed by Saturn, then Uranus, and finally Neptune
Explanation:
The distance of these planets from the sun is as follows. This is the average distance as the distance changes with the position of the planet in its orbit.
Earth = 150 million km
Jupiter = 779 million km
Saturn = 1.43 billion km
Uranus = 2.88 billion km
Neptune = 4.5 billion km
If global climate change causes a temperate grassland region to get less rainfall and higher temperatures, it will start to support more desert species.
Global climate change refers to long-term average changes over the whole planet. These include rising temperatures and precipitation changes, as well as the repercussions of global warming, such as: Sea levels are rising. Mountain glaciers are receding.
Climate change will most certainly impact the makeup of grassland communities, but complex interactions make forecasts difficult.
Extreme weather events can cause a swift and severe reaction, affecting both ecosystems and human groups . Droughts, floods, fires, and hurricanes are anticipated to have a greater impact on grassland ecosystems in the United States. Drought worsens soil erosion and depletes aquifers. Increased precipitation variability favors more frequent fires, that can minimize the encroachment of woody plants into grasslands.
Therefore, the blank will be filled by begin to support more desert species.
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Answer: The atmosphere today contains more greenhouse gas molecules, so more of the energy emitted by the surface ends up being absorbed by the atmosphere. Since some of the extra energy from a warmer atmosphere radiates back down to the surface, The Earth's surface temperature rises.
