Answers
Answer: 1. founder effect
2. evolution
3. natural selection
4. species
5. geographically isolated
Explanation: Good luck! :D
Related Questions
Which environmental change occurs most rapidly?
Answers
Answer:
volcanic eruption
Explanation:
"The environmental change that occurs faster is definitely volcanic eruption. It may happen in an instant and destroy everything in its way, whereas the process of regrowth of forest after volcanic eruption is a slow one."
Answer:
Abrupt climate change.
Explanation:
Abrupt climate change is climate change that occurs relatively rapidly. Our understanding of past abrupt climate changes and their causes is still in its infancy; most of the research on this topic has occurred since the early 1990s.
An ocean wave is a combination of a __________________ and _________________ wave.
Answers
Answer:
Transverve and Longitudal
Answer: water and energy
Explanation: A wave is a complex mix of water and energy. Anyone who has watched breakers roll into the shore, or been seasick on a boat,
(GIVING BRAINLIEST!!)
Where does most of the evaporation and precipitation in the water cycle occur?
A) In the rainforests
B) In the sky
C) Over the land
D) Over the ocean
Answers
Answer:
D)
Explanation:
The ocean is a large body of water, since the body of water is so large the sun can heat up large amounts to evaporate. One it evaporates, the rest of the water cycle occurs leading up to precipitation. (RAIN)
Have a good day!
-
:)
is revan strong with the force
Answers
Answer: Revan in his prime is one of the most powerful force users in legends history, more powerful than the likes of Mace Windu, Darth Bane, Satele Shan, Kenobi, Anakin, or Darth Malgus, and being overpowered by Yoda(maybe), Luke Skywalker(legends), Darth Vitiate, Darth Sidious, and Darth Caedus/Jacen Solo.
Explanation:
List at least 2 advantages and 2 disadvantages of selective breeding.
Answers
Answer:
The advantages of selective breeding can include improved quality and higher ... breeding are positive for humans but an awareness of the disadvantages can help
Explanation:
Answer:
well u get two different breeds together and u get the feature of both breeds
there be a petulant medical issue or it could be that there is a issue during birth
Explanation:
Bacteria are responsible for carrying out
the process of nitrification. How are
bacteria classified?
A. Detritivores
B. Decomposers
C. Scavengers
D. Producers
Answers
Answer:
D
Explanation:
Hope this helps!!!!
Nitrification is a process that is carried out by a distinct group of bacteria that convert, which later adds it into soil hence decomposers.
A small group of aerobic bacteria makes use of the inorganic components. These microscopic organisms play a crucial role in the formation of soil and help in nitrogen fixation.
These bacteria convert the soil ammonia to nitrates and then dilute them into soil that otherwise would be toxic for the plants. As they convert the freely available nitrogen they are thus known as decomposers. Such as nitro-bacteria, nitro-spina.Hence they are classified as decomposers. Thus option B is correct.
brainly.com/question/21351909.
(Image below) PLEASE HELP!
Answers
Explanation:
C becomes G
And A becomes U
Hope this helps:)
4. The results of a genetic process are represented in the diagram.
allele a
allele A
allele bad
allele B
Homologous Chromosomes
Which of the following would increase due to the process shown above?
Answers
Answer:
— cellular organelle is represented by the diagram below? A) cell wall. B) molecules ... of bacteria that reproduce by the process shown below. Which statement ... A) the same genetic information as both of its parents. B) different genetic ... Asexual reproduction of a diploid cell normally results in new cells that ...
Explanation:
What are two reasons why cell division is important to living things?
Answers
Answer:
Explanation:
repair of damaged tissues healing and regeneration,Hope this helps
What is the difference in terms of function and structure for arteries and veins?
Answers
Suppose you are determining the growth rate of two species of plants. Species A is 25 cm tall and grows 3 cm per month. Species B is 10 cm tall and grows 8 cm per month. Which system of equations models the height of each species H(d) as a function of days d. H(d) = 25 + 3d H(d) = 10 + 8d H(d) = 3 + 25d H(d) = 8 + 10d H(d) = 25 + 3d H(d) = 8 + 10d H(d) = 2 + 8d H(d) = 25 + 10d
Answers
Answer:
H(A) = 25 + 3m and H(B) = 10 + 8m
Explanation:
Let H(A) is the height of species A as a function of months m while H(B) is height of species B as a function of months m.
For Species A,
H(A) = 25 + 3m
For species B,
H(B) = 10 + 8m
Hence, this is the required solution.
Kendra wonders what would happen if the oceans did not exist on Earth. Based on her understanding of the oceans and the water cycle she predicts that Earth would become warmer, with less rain, more clouds, and that living things would not survive. Which part of her prediction is incorrect?
Answers
Answer: More clouds
Explanation:
Just like Kendra's prediction, if oceans did not exist, the Earth would become warmer with less rain and living things would not survive.
The prediction that there would be more clouds is wrong. Clouds are formed when water vapor in the air turns into ice crystals or liquid water droplets. It usually happens when the air contains more water vapor than it can hold.
And we know that oceans are the major sources of water on earth as they make up 70% of the earth's surface. So if oceans did not exist, other smaller bodies of water will cease to exist too within a short period of time because they would not be able to cater for the whole earth. Therefore, there would not be enough water to accumulate in the air to aid cloud formation.
Answer:Just like Kendra's prediction, if oceans did not exist, the Earth would become warmer with less rain and living things would not survive.
Explanation: That living things would not survive
The thing that makes a wave a wave is that it___________from one place to another.
A. Transport energy
B. Transports the medium
C. Travels with a vacuum
D. Carries Solids
Answers
Answer:
A?
Explanation:
All waves carry energy from one location to another, but they do not move any physical objects. The energy is transferred from one particle to the next, which then oscillates as well. Thus, option A is correct.
What is the energy transport property of wave?The vibration of particles, which transfers energy in waves, causes the particles to travel perpendicular to the wave's horizontal movement. As the particles transition from rest to movement and back to rest, energy is changed between potential (stored) and kinetic (moving) energy.
However, waves do not move mass. By colliding with one another and exchanging energy, the particles “participate” in the wave. Because of this, energy can be transferred even when the particles' average positions remain unchanged.
Therefore, The thing that makes a wave is that it transport energy from one place to another.
Learn more about waves here:
https://brainly.com/question/29334933
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A catalyst is a ______.
Answers
Answer:
a substance that increases the rate of a chemical reaction without itself undergoing any permanent chemical change.
Answer:
A substance that speeds up chemical reactions.
Explanation:
What 3 systems get put to work when a beaver is building a home and how?
Answers
Answer:
beaver dams smooth out water flow by increasing the area wetted by the stream. This allows more water to seep into the ground where its flow is slowed. This water eventually finds its way back to the stream. Rivers with beaver dams in their head waters have lower high water and higher low water levels.
Explanation: Brainlest plz?
Answer:
♀️
Explanation:
name the ingrident that contains starch in the sauce
Answers
Answer:
here...
Explanation:
Cornstarch: Cornstarch, cornflour, or maize starch is the starch derived from the corn (maize) grain or wheat. The starch is obtained from the endosperm of the kernel. Corn starch is a popular food ingredient used in thickening sauces or soups, and is used in making corn syrup and other sugars.
Time Period 1
(Oldest)
Time Period 2
Time Period 3
(Newest)
Fossil A
Fossil B
Fossil C
What can you conclude from this information?
A. Fossil C was best adapted for a dry environment because their population increased in Time Period 3.
OB. Fossil B struggled to survive in a dry environment because there are none of Fossil B in Time Period 1.
O C. Fossil C survived best in a rainy environment because there is a large population of them in Time Period 3.
OD. Fossil A was better adapted to a dry environment because there is a large population of them in Time Period 1
Answers
Answer:
Explana⊃tion:
Q1.
This question is about ecology
(a) Give two abiotic (non-living) factors which will affect the growth of plants on a
school playing field.
Give a reason why each factor will affect the growth of the plants
Abiotic factor 1
Reason
Abiotic factor 2
Reason
Answers
Answer:
light intensity
temperature
Explanation:
light is required for photosynthesis, and plant species have evolved for optimum growth in the light available in their climate or habitat
animals and plants have evolved to grow healthily at their optimum temperatures
what happens to light as it passes through the prism
Answers
Answer:
light bends
Explanation:
the colours that makeup white light get separated, this happens because each colour has a particular wavelength and each wavelength bends at a different angle
nees help asap extra. points!!!!!!!!!!
Answers
Its not letting me put my answer in for some reason Brainly is acting weird.
The second picture is how to put the alleles in each box.
Genotype is the genetic code of someones trait so the parents genotype is Bb. Phenotype Is the visual trait that we can see so if the parents have a genotype of Bb we would visually see brown eyes as our phenotype.
Match the function of the genetic molecules.
1.
copies information and takes it out of the nucleus
2.
translates the code to make a protein
3.
the material responsible for storing genetic information
4.
carries amino acids to the ribosome to make proteins
rRNA
b.
DNA
c.
mRNA
d.
tRNA
Answers
Answer:
1. rRNA
2. tRNA
3.DNA
4.mRNA
3. Combustion engines, like those in cars and trucks, are propelled by the burning of
gasoline. Of what is this evidence?
A. The destruction of energy as chemical energy is destroyed
B. The creation of spontaneous energy as mechanical energy is created
C. The reproduction of energy as chemical energy combines with mechanical energy
D. The conservation of energy as chemical energy transforms into mechanical energy
Answers
Answer:
A. The destruction of energy as chemical energy is destoryed.
Explanation:
I majored in Biology
Help pls very time sensitive due today!!
Answers
Answer:
1 left.
Explanation:
You have 4 particles on the left and 6 particles on the right. An equilibrium state is where both sides would have the same amount of particles.
So 1 particle from the right will have to move to the left.
Think of it this way.
4 does not equal 6.
5 does equal 5
Runny lava comes out of what type of volcano?
Answers
Answer:
shield volcanoes
Explanation:
is this a nonmetal, metal, or metalloid? what is the mystery element?
Answers
This is a metal!
I believe this is a metal because non-metal can be cut out instantly as this element shown has a metallic luster. Metalloids can be removed as they are worse at the conduction of electricty than metals, and all of the other properties listed are properties held by metals.
(BTW, the density is 19.3 grams cm3)
(BTW, because this element has the given density and properties it is gold)
Hope this helps, if not, comment below please!!!
:L
Just look at it jehjdbd
Answers
Answer:
A increase or decrease in temperature
Explanation:
Our red blood cells belong to
which of the following groups?
A. prokaryotic cells
EN ANNAMAN HITAM
B. eukaryotic cells
C. animal cells
D. plant cells
Answers
Mr. Shepherd is at a football game on a cold day. How does his body maintain a relatively constant body temperature? What is this process called?
Answers
Answer:
1. Mr. Shepherd maintain a relative constant body temperature by preventing loss of heat.
2 This process is called HOMEOSTASIS
Explanation:
Homeostasis is the process whereby living organisms maintain a stable internal environment despite changes in conditions to the external environment. It is necessary that the body undergoes this process in order to guarantee survival.
According to this question, Mr. Shepherd is at a football game on a cold day. This means that in order to maintain a stable internal temperature, the body must preserve heat in the body and prevent its loss via sweating.
The regulation of body temperature is maintain fundamentally by the thermoregulatory center located in the preoptic region of the hypothalamus, this process is called homeostasis, which is the balance that occurs in the internal environment.
The main thermoregulatory mechanism is the increase or decrease in blood flow to the skin, through vasodilation and vasoconstriction.
Thermal sensing cells or thermal sensors for heat and cold are located on the skin surface (peripheral receptors), in the pre-optic region of the anterior hypothalamus (central receptors) and in other parts of the body.When it is hot, blood circulation to the skin increases (it becomes red) and when it is cold it decreases (the skin becomes paler).In addition to blood flow, the body also uses sweat to regulate temperature, sweating evaporates water on the surface of the skin and heat is lost, thereby lowering body temperature.Therefore, we can conclude that the maintenance of body temperature is closely related to another important indicator, the internal environment (homeostasis).
Learn more about homeostasis here: https://brainly.com/question/965852
Help ASAP. Read carefully
Answers
The number of penguins can be used to monitor changes in temperature of the environment. Temperature readings could also be taken using a thermometer. What is the advantage of using penguins, instead of a thermometer, to monitor changes in temperature of the environment?
Answers
Answer:
Living organisms show long-term changes
Explanation:
The changes in climatic conditions can be evidenced by monitoring populations of wild species which are forced to adapt to survive. Penguin populations can help us not only to monitor but also to predict climatic fluctuations (e.g., temperature changes associated with Antarctic warming) in a whole context. Fluctuations in penguin populations in the Antarctic region show structural changes in the food chain, thereby population monitoring provides a means of assessing climate change as a whole, in the long term.