You want to determine if one peak is steeper than another peak, based on a topographic map. What would you see on the steeper peak?-Contour lines that are closer together.
-Contour lines that are farther apart.
-Contour lines that are higher elevations.
-Contour lines in the shape of a V.

Answer:

Bolivia or Brazil

Explanation:

Answer:

After its main Sequence existence a medium sized star like our sun becomes a red giant.

Explanation:

    A red giant star is a large reddish star whose mass ranges from about 0.3 to 8 times the mass of our sun. Red giants are stars that are already at an advanced stage of their “life”. .

    At this stage, due to the fusion of hydrogen into helium in the outer layers, these same layers eventually expand into a red giant. At this stage the star has already left the so-called main sequence.

    A red giant star has a diameter of a few dozen, or even hundreds of times the diameter of our sun. However, the limits of this star are not well defined due to the low density of the outer layers.

    The surface temperature of a red giant is relatively low, usually no more than 5,000 K.

    Later, the red giant star eventually expels its outer layers, forming what we call the planetary nebula. Meanwhile the red giant's core remains cohesive by its own force of gravity. This nucleus that remains of the red giant becomes a white dwarf, a small but very dense star.

    Examples of red giant stars: Aldebaran and Arcturus.

Final answer:

The layers of the sun, ranked from greatest to least distance from the sun's center, are: core, radiative zone, convective zone, photosphere, chromosphere, transition region, and corona.

Explanation:

1. Core: The sun's core is the innermost layer and the hottest part of the sun. It is where nuclear fusion occurs, producing the sun's energy.
2. Radiative Zone: Surrounding the core is the radiative zone, where energy from the core is transported through radiation.
3. Convective Zone: Next is the convective zone, where energy is transported through convection, as hot plasma rises and cool plasma sinks.
4. Photosphere: Above the convective zone is the photosphere, the visible surface of the sun. It has a temperature ranging from 4500 K to about 6800 K.
5. Chromosphere: Above the photosphere is the chromosphere, which has a typical temperature of 104 K.
6. Transition Region: A thin zone called the transition region has a rapid increase in temperature from 104 K to 106 K.
7. Corona: Finally, the outermost layer is the corona, with temperatures reaching a few million K.

Learn more about Layers of the Sun here:

brainly.com/question/15891213

#SPJ12

Which country has a system of rule that does not let people choose their government,