To solve this we must be knowing each and every concept related to solution. Therefore, the term used for the given salt in water is solution.
A solution is a uniform mixing comprising two or more parts. It possesses particle-level homogeneity. People usually conceive of it as a liquid containing a solid, liquid, or gas dissolved inside it. This is not totally correct.
The component of such a solution that absorbs the other component is referred to as the solvent. The majority of the solution is made up of a solvent. A sugar solution in water, for example, is solid inside the liquid. Sugar is indeed the solute in this case, while water is indeed the solvent. The term used for the given salt in water is solution.
Therefore, the term used for the given salt in water is solution.
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A classic example of natural selection is the origin of giraffes long necks. The ancestors of modern giraffes were similar to deer with necks of ordinary length. Here natural selection accomplish Darwin's idea of "survival of the fittest". The correct option is A.
The mechanism through which living creature populations adapt and change is defined as the natural selection. The genes which are responsible for the survival of an organism are passed on to the successive generations.
Natural selection states that the organisms which are able to survive and reproduce with the changing environmental conditions are selected by the nature whereas the ones which cannot survive are eliminated.
So the survival of fittest means that the organisms which are suited to the environment will survive. Survival of the fittest is an expression developed from Darwin's theory of evolution.
Thus the correct option is A.
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Gas B: 5 liters at 10 °C
Gas C: 5 liters at 40 °C
Gas D: 5 liters at 30 °C
Which gas has the greatest average molecular kinetic energy?
Answer:
Gas B: 5 liters at 10 °C
Explanation:
the warmer the container is the faster the molecules will move cause they aren't frozen and not able to move like Gas C: 5 liters at 40 °C.
The water with no solutes result in increasing the freezing point of the ice cream.
The ice cream has been the frozen constituents of the water. It has been kept in the water at the lower temperature.
The water for keeping the ice cream has been constituted of no solute. The absence of solute in the water has been responsible for the higher freezing point of the solution.
The ice cream has been kept at the freezing temperature. The water has no solute dissolved.
Thus, the freezing temperature of water has been higher than the freezing temperature of water with solutes.
Thus, the water with no solutes result in increasing the freezing point of the ice cream.
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Answer:
They make food by using chemosynthesis.
Explanation:
Deep-water bacteria, known as chemoautotrophs, make their own food through a process called chemosynthesis, using chemicals like hydrogen sulfide from hydrothermal vents instead of sunlight.
Some deep-water bacteria in the ocean are known as chemoautotrophs, which can produce their own food by using chemical energy from hydrothermal vents. Unlike plants, they do not use sunlight for photosynthesis. Instead, they rely on chemosynthesis for their energy supply. In this process, bacteria convert chemicals from the vents into usable energy or food. For example, some bacteria use hydrogen sulfide, a chemical abundant in the deep ocean, for chemosynthesis. This biological process allows these deep-water bacteria to thrive in environments where sunlight is not available.
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The answer option which lists celestial bodies in order, from closest to furthest from the Earth is: A) moon, sun, near edge of milky way, center of milky way.
A planet can be defined as a large celestial body that has sufficient mass to allow for self-gravity and make it assume a nearly circular shape (hydrostatic equilibrium).
Basically, a planet revolves in an orbit around the Sun in the solar system and has a cleared neighborhood.
In Science, planets are broadly grouped into two (2) main types and these are;
I. Inner planets: these planets are closest to the Sun and comprises Mars, Mercury, Venus, and Earth.
II. Outer planets: these planets are mainly located beyond the asteroid belt and includes Uranus, Jupiter, Neptune, and Saturn, from left to right of the solar system.
On the other hand, a list of the celestial bodies in order, from closest to furthest from planet Earth are:
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