How does the motion of particles in a gas change as the gas cools?They move more slowly.

They move in a more circular pattern.

They move faster.

They move more randomly.

Answers

Answer 1
Answer: A they move more slowly
Answer 2
Answer: yes the answer would be (A) its back to the basics guys and if you dont get the question, here let me help basically think about this logically if you heat up a cube of ice whats it going to do freeze? obviously not its going to melt so the same thing applies vice versa if water is cooled will it melt? no its going to freeze when heat is applied to something the molecules tend to vibrate and sometimes sense molecules in solid are very close together when heat is applied those molecules start to move and sometimes if heated enough the molecules will start moving in a weird pattern and go passed each other by then it would have probably been a liquid now as for gases their molecules are incredibly spread apart they are going everywhere they are flying passed each other  so think about the basics when something is heated its molecule vibrate fast when something is cooled its molecules movement slow down so just think about that little sentence I just said and apply it to gasses when gas is cooled its molecules will slow down due to the temperature sorry this was so long I just wanted you guys to understand this because you need to know this so you can understand everything else see ya!

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Can someone help me An organism's energy, nutrient and survival requirements are aspects of its: habitat population ecosystem niche

An ecosystem is experiencing a devastating drought. It has not rained in weeks. How will the servere lack of rainfall affect the biotic factors in the ecosystem

Answers

Answer:

 

Drought impacts ecosystem in many different negative ways.

  • All biotic factors (that is living organisms) in an ecosystem depend on water.
  • It can also lead to losses or destruction of fish and wildlife habitat.
  • Lack of food and drinking water for wild animals.
  • Increase in disease in wild animals, because of reduced food and water supplies.
  • Drought can lead to increases in wildfire and insect outbreaks, local species extinctions, forest diebacks, and altered rates of carbon, nutrient, and water cycling – all of which can have real consequences for ecosystems and human communities alike
  • Plants and animals depend on water, just like people. When a drought occurs, their food supply can shrink and their habitat can be damaged.
  • Sometimes the damage is only temporary and their habitat and food supply return to normal when the drought is over.

Answer: There will be adjustment on water loss mechanisms and development of water conservation

Explanation:

A recent study has shown an increase in the number of predators in an ecosystem. Which of the following is not a possible cause for the growth?

Answers

one of the following that is not a possible cause for the growth is  B

An increase in the population of prey it feeds on.

How many egg chromosome number do human, cat, onions, rye, guinea pig, and chiken have??

Answers

all humans have 46 chromosomes, and 23 chromosome pairs. one chromosome from each pair goes into a child at conception. there is only one chromosome pair that determines gender
If you are talking about women and eggs for babies, it's 24. the guy also has 24 and when they make a baby they come together with 48.

Few producers live deep below a lake's surface. Suggest an explanation for this pattern

Answers

Answer;

-Since sunlight is where most of the energy in an ecosystem comes from, there is less sunlight deep in a lake meaning less organisms can survive.

Explanation;

-The reason why many plants don't live deep below a lake's surface is because lakes don't normally have chemical vents. Thus, making it hard for producers to find any sources of energy in the dark, deep waters of the lake.

-Since the deepest parts of a lake receive the least light, the ability of submerged macrophytes (plants larger than algae) to establish colonies is limited.

-The combination of low oxygen levels and low light limits the growth of plant communities at great depths; many plants living in very deep water have adaptations such as elongated stems or long structures so that at least some of the plant is in the water nearer the surface where it can photosynthesis.

Producers are living organisms that enables the production of food or is able to produce their own food through the photosynthetic mechanism of their structures which has helped many organisms survive. 

This is because there is not enough sunlight and air which are needed for the producer to make food. 

Please help meScientists have tracked the changes in this land for many years. Picture A shows how the land looked to start with. Many years later, the land looked like Picture B. What MOST LIKELY caused the change in the land?
A) a coastal glacier
B) water cutting the rocks
C) wind blowing in circles
D) earthquakes along the shore

Answers

Answer:

D) earthquakes along the shore

Explanation:

Movement of tectonic plates are responsible for reshaping the surface of our planet and it is contributed by earthquake sometime.

High richter scale of Earthquake allow tectonic plates to slide over each other or collide with each other of Earth's crust within a geologically period of time and causes the rising or sinking of the land.

As the image shows uplifting of land and sinking land in picture B, the action is performed by earthquakes along the shore.

Hence, the correct option is D) earthquakes along the shore.

Many years later, the land looked like Picture B. The MOST LIKELY caused of the change in the land is option B) water cutting the rocks

The image shows a coastline that has been eroded over time, with the land in Picture B being much more jagged and uneven than the land in Picture A.

Water erosion is a natural process that occurs when water flows over land and wears away the rocks and soil.  it is likely that wave and tidal erosion are responsible for the changes in the coastline. The waves and tides would have pounded against the rocks over time, gradually eroding them and creating the jagged and uneven coastline that is seen in Picture B.

Suppose scientists could compare the DNA of modern humans from around the world with the DNA of Homo erectus populations from the humans’ native homelands. If DNA samples from each modern human were found to be most similar to the Homo erectus DNA from their homeland, that finding would__________________. a. support the multiregional model.. b. support the out-of-Africa model.. c. support both the multiregional model and the out-of-Africa model.. d. disprove both the multiregional model and the out-of-Africa model.

Answers

A. Support the multiregional theory as it would suggest that the evolution from homo erectus had happened naturally across the globe. 

Answer: The correct answer for the blank is-

a. support the multiregional model.

Multiregional model is a scientific model that provides explanataion of pattern of evolution of modern humans. It is an alternative explanation of Out of Africa model.

According to this model, modern humans that are present around the world (that in various regions or multiregions of the world) show similarity to the Homo erectus found in Africa.

In other words, species of human beings first originated in Africa as Homo erectus, which then underwent subsequent human evolution upon dispersing in various regions around the world. These species include all archaic forms of human like Homo erectus, Neanderthals, and evolved worldwide as Homo sapiens ( modern human forms).

Thus, option a) is the right answer.