Which cell organelle is shown by the diagram above?
Also Explain why this organelle is important for maintaining homeostasis in a cell.

GTAATG

c = g

t = a

Just switch the letter around to find the opposite of your given strand.

Answer:

Kinetic energy of moving water

Explanation:

A hydroelectric facility is a special type of power plant that uses the energy of falling or flowing water to generate electricity. They do this by directing water over a series of turbines which convert the potential and kinetic energy of water into the rotational motion of the turbine.

         As per the experimental values, When the temperature decreases the time taken for the starch to be digested increases. This means that when the temperature is decreased, the metabolic rate also decreases resulting in the decrease in the rate of digestion. As we decrease the temperature everytime by the value of [tex]10^0[/tex]C, the rate of reaction decreases by the factor of 2.

         The slowest experiment was at Temperature [tex]20^o[/tex]C by the rate of 0.066 and The fastest experiment was at Temperature [tex]40^o[/tex]C by the rate of 0.32.

The reactants must contain sufficient kinetic energy to overcome a barrier called Activation Energy. Activation energy is the minimum amount of energy required to change the reactants into products. The Fastest reaction is at high temperature because when the temperature increases the molecules collide with one another more frequently, when the kinetic energy increases, more molecules make the effective collisions due to, so more molecules make up to the threshold energy. So increase in temperature increases the rate of the reaction.

        The optimum temperature for enzyme amylaze is 40 degree C because it has the fastest rate of reaction at that temperature. At high temperatures the shape of the enzyme is altered so that it is no longer complementary to its specific substrate., thus optimum temperature is 40 degrees, that is the reason why human body has temperature of 40.

         At high temperature the shape of the enzyme is altered so that it is no longer complementary to its specific substrate. Water boils at [tex]100^o[/tex] C and at 100 degree C the enzyme gets denatured.

         At high temperature the shape of the enzyme is altered so that it is no longer complementary to its specific substrate. Water boils at [tex]100^o[/tex] C and at 100 degree C the enzyme gets denatured.

          Independent variable is that variable which is changed. The changing of the independent variable causes the affect on another variable which is called dependent variable. The Independent variable is Temperature and the DEPENDENT VARIABLE is rate of reaction or rate of digestion.

       This question is already done, the table is complete.

Answer:

;>;

Explanation:

warning: I am mostly guessing- so if u get this wrong I am sorry 100% sorry

here ya go!: universe, solar systems, galaxies, nebulae, meteors, planets, moons, dwarf planets, stars.

Answer: All told, the Krebs cycle forms (per two molecules of pyruvic acid) two ATP molecules, ten NADH molecules, and two FADH2 molecules. The NADH and the FADH2 will be used in the electron transport system.

Explanation:

All told, the Krebs cycle forms (per two molecules of pyruvic acid) two ATP molecules, ten NADH molecules, and two FADH2 molecules. The NADH and the FADH2 will be used in the electron transport system.

Kreb's cycle or Tricarboxylic acid cycle is a series of redox reactions, which take place in the mitochondrial matrix. The cycle yields energy in the form of GTP.

The carriers of the cycle are two ATP molecules, reduced 10 NADH and 2 FADH2, two carbon dioxide, and the initial product of two molecules of pyruvate.

The cycle can be described as:

Thus, the Krebs cycle yields NADH and FADH2, which enter the electron transport chain.

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Explanation:

The common dietary monosaccharides galactose, glucose and fructose are all reducing sugars. Disaccharides are formed from two monosaccharides and can be classified as either reducing or nonreducing.

Answer:

Physiologist: monitor heart rate; Anatomist: analyze the structures within the heart chambers

Explanation:

The statement that best explains why these strawberries were able to survive is as follows:

Thus, the correct option for this question is B.

Genetic variation may be defined as the differences or alterations that are generally found on the genomic sequences of the individual of the same species. Genetic variation increases the chances of survivability of individuals among large population.

It may also be characterized as the existence of differences in sequences of genes between individual organisms of a species.

The genomic sequences of those strawberries that have resistance against cold temperatures must survive in extremely cold conditions are the rest are eliminated from their habitat.

Therefore, the correct option for this question is B.

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Answer: Like unicellular organisms, there are a wide range of plant and animal multicellular organisms in existence. Compared to unicellular organisms, multicellular are also more complex given that they are made up of different types of specialized cells that carry out different functions.

Explanation:

Answer:

Studies of fruit flies have shown how shared genes govern the growth and structure of both insects and mammals

Explanation:

The seq of nucleotides

Explanation:

Answer:

B Trust me

Explanation:

Less likely to be eaten by birds

The similarity in appearance between monarch butterflies and viceroy butterflies developed because viceroy butterflies that closely resemble monarchs are less likely to be eaten by birds. Thus, option B is correct.

Limenitis archippus is scientific name of viceroy butterflies which is a North American butterfly. Since the viceroy is distasteful to predators, it is considered a Müllerian mimic.

The viceroy found in most of the contiguous United States as well as parts of Canada as well as Mexico. The caterpillar of viceroy butterflies feeds on trees in the willow family Salicaceae which includes willows, poplars, cottonwoods. The caterpillars isolate salicylic acid in their bodies, and therefore tastes bitter, and upsets predators' stomachs.

In natural phenomenon called Müllerian mimicry two or more well-defended species, which are foul-tasting and sharing common predators, mimic each other's honest warning signals.

Therefore, Monarch butterflies and viceroy butterflies are  less likely to be eaten by birds so option B is correct.

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Answer:

Neon.

Explanation:

Neon is the element which has the electronic configuration of 1s2 2s2 2p6 In this electronic configuration indicates that 2 electrons are present in the s subshell of the first energy level , 2 electrons are located in the s subshell of the second energy level and 6 electrons are present in the p subshell of the second energy level. So by adding these electrons we get 10 total electrons which means that this electronic configuration is present in that element having 10 electrons in its shells which is Neon.

Answer: Incomplete dominance

Explanation: In incomplete dominance, there will be a mixture of the two alleles. In codominance, both alleles are expressed in the phenotype. In this case, an example of codominance would be the flower being half white and half red.

Answer: diffusion

Explanation: Diffusion expends no energy. Rather the different concentrations of materials in different areas are a form of potential energy, and diffusion is the dissipation of that potential energy as materials move down their concentration gradients, from high to low.

Among the options given, the process of diffusion does not expend or utilize energy. Thus, the correct option for this question is A.

Diffusion may be characterized as a type of movement of individual molecules of a substance from an area of higher concentration to an area of lower concentration through a semipermeable barrier. This biological movement cannot utilize any metabolic energy.

According to the context of this question, active transport is a type of transport of individual substance against a concentration gradient that actively require the use of metabolic energy. Apart from this, endocytosis and sodium-potassium pump also required energy for successful function within the body of living organisms.

Therefore, the process of diffusion does not expend or utilize energy. Thus, the correct option for this question is A.

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Answer:

Explanation:-All stem cells from a given organism contain the same genome. -All stem cells have the capacity to differentiate into specialized cell types. -Stem cells replenish our skin cells and red blood cells.  i hope this helps

Answer:

1.  The Sun's energy is captured

4. Energy is transferred to ATP.

Explanation:

Both of these things occur in the stroma. Both of these things are call the Calvin cycle.

Sorry this is just what I gathered. I apologize if this didn't help.

Answer:

Carbon dioxide is used to build sugars.

Explanation:

B is the only correct answer

Answer:

a food web

Explanation:

What they saw was a food web, which refers to connections of food chains showing how energy and nutrients are transferred from one organism to the other.

In this example, we observe there are seven organisms (fish, algae, snails, insects, frogs, raccoons + bacteria contained in the pond) in focus here.

The green algae are Producers (because it produces its own food, not dependant on others)

The bacteria act as Decomposers. ( because they process organic waste into meaningful natural nutrients again)

The other organisms are Consumers. (because they are dependant on others for their nutrition).

Answer: The answer to the solution is a

Explanation:

False

The process through which living organisms take oxygen inside the body is know as Inhalation

Exhalation refers to the release of carbon dioxide from the body.

Answer:

The correct answer is Crucible

Explanation:

have a great day

Answer:

[tex]\boxed{\boxed{\sf Cell }}[/tex]

I) The organisms which has only one cell in their body are called Unicellular organisms

for ex - Amoeba , Paramecium

ii) The organisms which have more than one cell in their body are called Multicellular organisms

for ex - Humans , Animals

All cell have some similar structure

I) Nucleus

ii) Cytoplasm

iii) Organelle

Iv) Cell membrane

Plant cell - Have cell wall

Large vacuole

Chloroplast

Animal cell - Lack cell wall and chloroplast , Have small vacuole

The body size of an organisms depend upon no. of cell and not on the volume

Cell --- ) Tissues ----) Organs ----) Organ system ----) Organisms

not all but most of them do

Answer:

types of organisms that can live in a biome depend on the biome's ...

Explanation:

... Climate describes the long-term patterns of temperature and ... amount of sunlight, and amount of water that is available. Abiotic factors affect which ... Plants and animals that live in a particular biome have ... in taiga is thin, acidic, and nutrient-poor. Taiga.

Aquatic biomes are influenced by abiotic elements such as the presence of light, depth, stratification, temperature, currents, and tides.

In contrast to terrestrial ecosystems that are built on land, an aquatic environment is an ecology that is created around a body of water.

Communities of species that depend on one another and their surroundings make up aquatic ecosystems.

An aquatic ecosystem encompasses marine and freshwater habitats such as the ocean, intertidal zone, reefs, seabed, and freshwater habitats such as lakes, ponds, rivers, streams, wetlands, and swamps.

The habitat for all living things that require water, such as animals, plants, and bacteria, is the aquatic ecosystem.

A living thing that alters its surroundings is referred to as a biotic factor. Examples of organisms found in a freshwater habitat include algae, fish, amphibians, and aquatic plants. A particular ecosystem is the result of the interaction of biotic and abiotic components.

As aquatic biome abiotic factors include sunlight, temperature, nutrients, pH (acidity), depth, and salinity, if a chemical company were to dump a large quantity of acid into an estuary, this will increase the pH and also the salinity of water.

Thus, this will adversely affect the biotic life of the aquatic ecosystem.

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When you breath in air through your mouth (or through your nose, but this question is asking about your mouth) it goes into your lungs. This oxygen then goes to various places round your body, one of these places being your blood stream. When the oxygen enters your blood stream, the blood could travel to your toe. This is how air would enter your mouth and get to your toe.

Answer:

When we breath air, it enters our trachea, which is the main passageway to our lungs. The lungs have something called bronchioles, which put that oxygen into tiny sacs and that air is delivered all across your body through arteries and veins! Vains reach to your toes, hands, and head, so they distribute oxygen everywhere.

In terms of the image below, the box on the top right is the example of the sacs of air in the bronchioles. The larger part of the image to the left is the overall respiratory system, and the arteries on the sacs of air are what deliver the air throughout the body.

Answer:

h = 45 m

g(acceleration due to gravity) = 9.8 m/s^2 or 10 m/s^2

Final velocity ( v ) = 0 m/s

v = ?

we know theirs equation of motion, v^2 = u^2 + 2gh

0 = u^2 + 2(-10)(45) [ The acceleration due to gravity is ALWAYS negative. Any object affected only by gravity (a projectile or an object in free fall) has an acceleration of -9.81 m/s2, regardless of the direction. The acceleration is negative when going up because the speed is decreasing.]

0 = u^2- 900

900 = u^2

u = √900 = 30 m/s

Answer:

I believe the answer is 2,400 watts or 2.4 kilowatts.

Answer:The role of wetlands in the carbon cycle

Department of Sustainability, Environment, Water, Population and Communities

Inter-tidal wetlands, such as mangroves, play an

important role in carbon sequestration.

(Shane Cridland)

Wetlands play an important role in landscape function, including cycling of carbon, water and nutrients, food and fibre production, water purification, regulation of flows, provision of habitats, and tourism and recreation services.

The role of wetlands in carbon sequestration and storage has generally been under-estimated. Wetlands cover approximately six to nine per cent of the Earth's surface and contain about 35 per cent of global terrestrial carbon. As wetlands are centres of high productivity in the landscape, they have a high capacity to sequester and store carbon. As depositional areas, wetlands can also store carbon-rich organic sediments. However, under anaerobic conditions, wetlands can also produce greenhouse gases such as methane and nitrous oxide, though this is limited in saline conditions. Clearing or drainage of wetlands can lead to large losses of stored organic carbon to atmospheric carbon dioxide.

Greater consideration needs to be given to the roles of wetlands as carbon sources, sinks and storages when designing climate protection and natural resource programs. Therefore, in consultation with the Wetlands and Waterbirds Taskforce, the Australian Government Department of Sustainability, Environment, Water, Population and Communities has developed an issues paper, The role of wetlands in the carbon cycle. This paper considers the role of wetlands in carbon cycling, the implications of climate change for wetland functions and services, and mechanisms to promote protection and restoration of wetlands for multiple benefits including carbon sequestration.

Explanation: