The pattern of planet characteristics change as more planets are identified by keep discovering planets like Earth. Also by looking to see if there is any life and to look at life on that planet and see how far back it goes.
<h3 /><h3>Explanation:
</h3>
Planet is an astronomical body that orbits a massive enough star to be rounded by its own gravity. It is not massive enough to cause thermonuclear fusion. Each planet have different characteristics. One of them are the two largest planets, Jupiter and Saturn. They have nearly the same chemical makeup as the Sun and they are composed primarily of the two elements hydrogen and helium with 75% of their mass being hydrogen and 25% helium.
Scientists search for the planet existence by using a telescope named Kepler. This telescope identifies candidates and they will do follow up on it. When scientists are looking for the other Earth-like planets characteristics such as the habitable of it. The pattern of planet characteristics change as more planets are identified. The pattern changes as more planets are identified by keep discovering planets like Earth. Also by looking to see if there is any life and to look at life on that planet and see how far back it goes.
As new planets are discovering, the characteristics are changing accordingly. Larger planets are easy to detect and easy to study. Planets that are found closer to the stars are considered eclipsed planets rather than the planets which are farther from it.
These are the different reasons due to which the characteristics are changing. Another reason is that now scientists are discovering the signs of lives on different planets which are causing the change in its characteristics as well.
Organisms from kingdom Plantae does have cell walls. Organisms from Animalia does NOT have cell walls. Fungi also does have cell walls. Prokaryotic Eubacteria includes bacteria with cell walls. Therefore, the organisms with cell walls are I, III and IV. The correct answer is C.
Winds only act on oceans surfaces. The winds move the upper layers of ocean waters due to drag as they blow in the atmosphere. They are the reason for waves. However, the effects of winds cannot be felt in deep oceans where much of the movement is dependent on variable densities of ocean currents (due to differences in temperatures and salinity levels).
The temperate coniferous forest contains tress which have adapted to have very thick bar, like evergreen trees. I might be wrong, but that is what I think.
