Which of the following best describes an effective adaptation of plants commonly found in the rain forest?
the following correctly describes plant and animal adaptations of a particular biome is Savanna plants have deep root systems and tundra animals have fur or feathers with seasonal color variations.
The correct option is (b).
1. The Savanna biome is characterized by hot and dry conditions, with periodic droughts. Savanna plants have adapted to this environment by developing deep root systems that can reach water stored deep underground, allowing them to survive during dry periods.
2. In contrast, the Tundra biome is characterized by cold temperatures and a short growing season. Tundra animals have adapted by growing thick fur or feathers with seasonal color variations, which help them blend into their surroundings and provide insulation against the cold temperatures.
3. These adaptations in both plants and animals are essential for their survival in their respective biomes, allowing them to thrive despite the challenging environmental conditions.
complete question given below:
Which of the following correctly describes plant and animal adaptations of a particular biome?
a-Desert plants have modified leaves to prevent water loss and megafauna are found in deciduous forest leaf litter (detritus).
b-Savanna plants have deep root systems and tundra animals have fur or feathers with seasonal color variations.
c-Chaparral plants are adapted for wildfires and savanna animals have thicker fat deposits.
d-Epiphytes are found in tropical rainforests and nocturnal animals are found deciduous forest canopies.
Some embryos do not survive through to the fetal stage, which begins about two months after fertilization. When this happens, the mother is said to have had A) endometriosis. B) a miscarriage. C) a toxic shock. D) an implantation.
Answer:
It's B trust me
Explanation:
Miscarriage
A client asks why a drain is in place to pull fluid from the surgical wound. what is the best response by the nurse?
Compaction is most significant as a lithification process for sedimentary rocks composed of sand-sized particles.
a. true
b. false
Answer:
False
Explanation:
Lithification is defined as the summation of compaction and cementation. Finer materials undergo compaction due to the force exerted by the overlying sediment layers. Clay particles (diameter < 0.002mm) undergo more compaction because they are finest in terms of size whereas silt (diameter 0.002-0.06mm) and sand-size sediments (0.06-2mm) are relatively coarser..
So, compaction is relatively a more significant process for clay particles than the silt and sand-sized particles.
Hence the given statement is false.
Compaction is NOT the most significant process as a lithification process for sedimentary rocks composed of sand-sized particles.
Sedimentary rocks are as a result of compaction, lithification and cementation.
Further ExplanationRock A rock is a naturally occurring substances that is a solid mixture of one or more minerals together with organic matter.Rocks are classified based on the chemical composition, texture and the way they are formed. Sedimentary rocks Sedimentary rocks are types of rocks that are formed through accumulation of sediments at low temperatures in tectonic layers and sinks. The process involved include compaction and cementation of sediments.These sediments includes; pebbles, shells, sand and other material fragments. The sediments accumulates in layers and then harden into rocks over a period of time.Examples of sedimentary rocks include; limestone and conglomerateLithification, cementation and compaction
Lithification is the process by which sediments combine to form sedimentary rocks. Compaction involves the consolidation of sediments due to the intense pressure and weight of the overlying deposits. Compaction takes place when sediments get buried.Cementation is the process through which dissolved minerals crystallize and glue grains of sediments together.Other types of rocks Metamorphic rocksThese are types of rocks that are formed as a result of changes that occurs due to intense heat and pressure under the surface of the earth. They result from action of heat and pressure on other rocks that pre-existed.These types of rocks are characterized by shiny crystals, ribbon-like layers among other features.Examples of metamorphic rocks are marble and gneissIgneous rocks These are types of rocks that are formed as a result hardening and cooling of magma from volcanic eruptions. Magma may cool inside the earth or when on the surface of the earth as a result of volcanic eruptions. The lava from this eruptions cools and hardens to form metamorphic rocks.Igneous rocks are glass-like and shiny with no crystals. They may also have tiny spaces and holes due to gas bubbles trapped during the cooling process.Examples of igneous rocks include obsidian and basalt.Key words: Rocks, lithification, cementation and compaction, sedimentary rocks, examples of sedimentary rocks, other types of rocks.
Learn more about;Rocks and rock types; https://brainly.com/question/1542533Sedimentary rocks;https://brainly.com/question/1542533Igneous rocks; https://brainly.com/question/1542533Metamorphic rocks; https://brainly.com/question/1542533Level; High school
Subject: Geography
Topic: Rocks
sub-topic: classification of rocks
The hormone that works with estrogen to prepare the endometrium for implantation of a fertilized egg is
A marine scientist measures the energy found in a system consisting of seagrass and sunlight. After the seagrass grows for one week, the marine scientist concluded that radiant energy from the sunlight was transformed to chemical energy in the seagrass. Does this result validate or invalidate the Law of Conservation of Energy?
A=Validate, because energy cannot be created or destroyed but can change forms.
B= Invalidate, because energy should not enter an open system
C= Validate, because the overall energy in the seagrass is less
D= Invalidate, because this scenario describes an isolated system
Answer: A=Validate, because energy cannot be created or destroyed but can change forms.
Plants absorbs energy from sun, to prepare their food in the form of carbohydrates by photosynthesis.This chemical energy from food is required by the plants for cellular metabolism. The same process will occur in sea grass.
The law of conservation of energy, says that energy can neither be created nor be destroyed, but it can change it's form. In the given situation, the sunlight energy is converted into chemical energy in plants. Therefore, it can be said that radiant energy from the sun is conserved in the form of chemical energy in sea grass.
Therefore, the results of the experiment, is validate, because energy cannot be created or destroyed but can change forms.
While observing the sun, you note a large number of sunspots. what can you conclude?
A large number of sunspots indicates an active phase in the solar cycle with increased magnetic activity on the Sun's surface. It also suggests heightened solar activity, such as flares, and signifies a period close to the sunspot maximum phase of the cycle.
Explanation:Observing a large number of sunspots suggests that the Sun is in an active phase of its solar cycle. Sunspots are large, dark features on the Sun's surface due to increased magnetic activity. They are cooler regions compared to the surrounding areas, typically around 3800 K versus the brighter regions at about 5800 K. The occurrence of sunspots is associated with the solar cycle, which has an average period of 11 years, fluctuating between periods of sunspot maximum and minimum.
During the maximum phase, more than 100 spots can often be seen on the Sun’s surface. The frequency and number of sunspots can also indicate heightened solar activities such as solar flares, which occur more often near sunspot maximum and contribute to more conspicuous solar phenomena like a stronger solar corona. Careful and regular observation allows one to track these sunspot cycles and understand the patterns of increased and decreased solar activity.
The process by which digested dietary substances cross cell membranes to be used by the body is known as ________.
The piece of dna that will be made into an rna and eventually a protein is called a
A metal surface becomes dull on exposure to air. phyiscal or chemical change?
Energy derived from hot rocks and fluids beneath the earth’s surface is _____. electro magnetic energy thermal energy geothermal energy heat energy
The answer is geothermal energy. This energy can be harnessed to generate electricity. The energy emanates from the deep core of the earth due to the radioactivity of the rocks in the region. The radioactivity heats Magma from the mantle which subsequently heats the rocks and fluids in the earth crust.
describe 3 ways seasonal variations can change an ecosystem
Nerve roots in the spine are the key component of intervertebral disks.
a. True
b. False
Answer:
The correct answer is - false.
Explanation:
The nerve root is the beginning part of a nerve that leaves CNS and the spinal cord. It is the initial part of the nerve that is present in between the intervertebral disks and runs through spines which acts as a shock absorber and protects these nerves to any type of damage to these nerves.
The nerve root is not the component of the inter-vertebral disks but initial part of the nerves which are protected by these shock absorbers.
Thus, the correct answer is - false.
Explain the effect that extreme vagus nerve stimulation had on the heart. how well did the results compare with your prediction?
Extreme stimulation of the vagus nerve can decrease heart rate significantly, causing symptoms ranging from dizziness to cardiac arrest. These effects are predictable given the vagus nerve's role in the parasympathetic nervous system.
Explanation:The vagus nerve, also known as the tenth cranial nerve, is primarily responsible for the regulation of internal organ functions. When the vagus nerve is stimulated excessively, it results in what is known as the vagal response. This response can significantly decrease the heart rate, leading to symptoms such as dizziness, fainting, or in extreme cases, cardiac arrest. The results of extreme vagus nerve stimulation on the heart are generally predictable based on understanding the function of the vagus nerve in the body's parasympathetic nervous system.
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The shuffling of chromosomes that occurs during both fertilization and _____ can lead to genetic variation. the shuffling of chromosomes that occurs during both fertilization and _____ can lead to genetic variation. natural selection genetic drift mutation meiosis mitosis
How conditions in the biome affect the plant and animal life in contains
Orange trees planted in a grove or orchard would most likely fall in which category of population distribution?
Answer:
even
Explanation:
The distribution of population species how the different members of the population nare arranged concerning each other.The population distribution can be of the following types :1. Clumped - When the organisms are arranged in such a way they are clustered together in a group.
2. Random - In this, the organisms are randomly distributed in a non-uniform manner.
3. Even - when the organisms are arranged evenly over an area.
In an orchard the orange trees are arranged in such a way that the trees are aligned with equal distance between them and such a distribution of population is called as even distribution.1. Where trenches do not exist, the steep continental slope merges more into a more gradual incline known as the continental____.
a. abyss
b. rise
c. zone
d. rift
2. Deep, steep-sided valleys that originate on the continental slope and may extend to the ocean basin floor are called____.
a. slope canyons
b. submarine canyons
c. abyssal plains
d. trenches
The right options are;
1. b. rise
2. b. submarine canyons
Continental rise is the bottom feature of water that is composed of thick sequences of continental substances that coalesced between the continental slope and the deep ocean floor. Continental rises occurs due to three sedimentary processes which are vertical accumulation of biogenic and clastic substances, mass wasting and the deposition from contour currents.
Submarine canyons are deep, narrow steep-sided valleys that emanate from the continental slope and sometimes may extend to the ocean basin floor (continental shelf). The physical appearance of submarine canyons resembles canyons formed by rivers on land.
Marilyn is undergoing a series of neuroimaging techniques to shed light on her anxiety disorder. the tests will likely be used to determine ____.
The nurse is reinforcing education for a client taking tetracycline for severe inflammatory acne. which instructions are important to reinforce?
All head injuries should be treated as ________ , and require ________.
Out of the following given choices;
A. unimportant; no medical attention
B. stable; the R.I.C.E. formula
C. severe; immediate medical attention
D. severe; the R.I.C.E. formula
The answer is C. Head injuries should never be overlooked. This is because the brain could be damaged yet it is the most important organ of the body. Many symptoms of serious brain injury won’t appear right away. Some injuries result to internal hemorrhage that is not detected then but later causes serious brain damage such as intracranial hematoma.
Answer:
Yes it’s C give her/him brainlest
Explanation:
Why might genetically engineering a crop to be herbicide resistant result in producing weeds that are herbicide resistant?
The genetically engineered design is flawed so weeds are not affected.
The weeds that are not affected by the herbicide are able to reproduce.
Insects that are not affected by the herbicide can pollinate new species of weeds.
The weeds will become tolerant to the herbicide through repeated exposure.
Herbicide resistant weeds can emerge when genes flow from genetically engineered crops to weeds via cross-pollination, or the weeds develop resistance through repeated exposure to the herbicide.
Explanation:Genetically engineering a crop to be herbicide resistant might result in producing weeds that are herbicide resistant through a process known as gene flow. This happens when the genetically engineered crops cross-pollinate with nearby weeds. Some of the offspring of these weeds could inherit the herbicide resistance trait, making them more likely to survive and reproduce in an environment where that herbicide is being used. Over several generations, this could result in a population of weeds that are resistant to the herbicide. In other cases, weeds may become herbicide resistant through repeated exposure to the herbicide, which can lead to the evolution of herbicide resistance.
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If fertilization does not occur, the uterine lining is shed in a process called
What has the fda mandated be added to foods containing olestra?
Your spinal cord works like a a0 wire, sending messages back and forth between your body and your brain.
Answer:
Telephone wire
Explanation:
The spinal cord can be compared to a telephone wire. This is because both of these objects operate in similar ways. A telephone wire allows a message to be transmitted from the speaker to the listener. In a similar way, the spinal cord allows a message to travel between your body and your brain, fulfilling an important role.
Fungi can be unicellular and multicellular.
True or false?
The statement is true: fungi can indeed be both unicellular, like yeasts including Saccharomyces cerevisiae and Candida species, and multicellular, forming complex structures such as molds and mushrooms. Dimorphic fungi can even switch between these states depending on environmental conditions.
Explanation:The statement that fungi can be unicellular and multicellular is true. Fungi include a wide range of organisms with diverse characteristics, from microscopic yeasts to large, complex molds and mushrooms. For example, yeasts, like Saccharomyces cerevisiae (baker's yeast) and Candida species (known for causing thrush), are unicellular fungi, thriving in various environments and under different conditions. On the other hand, multicellular fungi develop complex structures, such as molds and mushrooms, with networks of hyphae contributing to their vegetative body, known as a thallus. Notably, some fungi, known as dimorphic fungi, possess the remarkable ability to switch between unicellular and multicellular forms depending on environmental conditions. This dual nature highlights the adaptability and diversity within the fungal kingdom.
Is the chromosome number related to the complexity of the organism?
How is feedback inhibition important to the body systems?
- The body is more efficient when it ignores feedback
- The body systems have a chance to work in isolation.
- reaction to a stimulus helps maintain homeostasis.
- reaction to a stimulus controls the external environment.
The correct answer is reaction to a stimulus helps maintain homeostasis.
A flood kills most of the population of ants that live near river water
Answer:
A minor, usually, form of evolution that works best in small populations or in situation as you have described above.
Explanation:
Which action must occur for an enzyme to catalyze a chemical reaction?
A. A noncompetitive inhibitor must first bind to an active site.
B. A competitive inhibitor must first bind to an active site.
C. A substrate must bind to an allosteric site of the enzyme.
D. A substrate must bind to an active site of the enzyme.
A complex big molecule that fastens the metabolic reactions without actually participating in it is called an enzyme. They fasten the formation and breakdown of the metabolic and catabolic reactions.
The actions that are required in a chemical reaction is:
Option: D. Active site of an enzyme must be attached to a substrate.
This can be explained as:
If a non-competitive binds to the active site then the substrate would not be able to bind to the site and a chemical reaction would not occur.If in the second option a competitive bind to the active site it will block the substrate to bind on the active site of the enzyme and the complex would not be able to form.If a substrate binds to an allosteric site then it will inhibit or activate the enzyme.Therefore, the enzyme can catalyze chemical reactions when the substrate binds to the active site.
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