The scatterplot shows how much ice cream people consume in relation to outside temperature.



Which conclusion or inference is best supported by the data?

A.No one eats ice cream when the temperature is below 40°F.

B.Temperature affects the amount of ice cream people eat.

C.People get tired of eating so much ice cream in the summer months.

D.It has to be above 50°F for a person to eat more than 0.35 pints of ice cream.

If there were no decomposers, the carbon would remain locked in dead organisms and could only be released through combustion.

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There is less average global ice, and coral bleaching will occur.Increases in surface temperature have caused an boom in the quantity of atmospheric water vapor over the oceans. This water vapor feeds climate structures that produce precipitation, growing the hazard of heavy rain and snow.

Warmer water temperatures put off ice boom withinside the fall and winter, and the ice melts quicker the subsequent spring, exposing  ocean waters for an extended duration the subsequent summer. Changes in the quantity of sea ice can disrupt regular ocean circulation, thereby main to modifications in international weather.

Higher temperatures are worsening many sorts of disasters, consisting of storms, warmth waves, floods, and droughts. A hotter weather creates an surroundings which could collect, retain, and unharness extra water, converting climate styles in one of these manner that moist regions turn out to be wetter and dry regions drier.

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Answer:

 There is a pattern of stronger storms and coral bleaching will occur.

Explanation:

I just read that guys answer^^

Serological  pipettes are more accurate as the smallest increment.

Pipettes and micropipette are  invaluable pieces of laboratory equipment used to draw up , measures and deliver accurate volume of liquid. The difference between the two is that micropipette measures between 1 and 100μl , while pipettes generally start at 1 mili liter.

Serological pipettes ,each has clear ascending and  descending graduation marked on the side. This accurate measurement when dispensing or aspirating.

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False

The given statement "For crossing over to occur, homologous chromosomes must align precisely early in prophase 1 so that nonsister chromatids can exchange corresponding segments of DNA." is false.

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Answer:

The water in blood and the minerals in bone tissue are both considered examples of the ground substance of a connective tissue.

Explanation:

The entire extracellular matrix's constituents are found in ground substance, an indeterminate gel-like material in the extracellular environment, with the exception of fibrous substances like collagen as well as elastin.   Its metabolism and growth of tissues, along with its mobility and multiplication, are all influenced by ground material. Furthermore, it play an important role as a binding agent, water storage container, support structure, and medium for intracellular communication in cells. The ground material softens the collagen fibers.   Between both the cells as well as other dermal structures, the ground material acts  just as an adhesive. This dermis of a healthy individual has a majority of fibroblasts, basophils, or histiocytes.

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Answer: D

Explanation:

Fatty acids & amino acids are molecules that can be catabolized such that the resulting carbon can be used to create ketone bodies.

The metabolic process known as ketogenesis results in the production of ketone bodies in the body. Ketone bodies are produced as a substitute for carbs as an energy source. Ketone bodies form in diabetic cells as a result of their inability to use glucose as an energy source.

The main source of ketone molecules is the beta-oxidation of fatty acids, which produces acetyl CoA. Ketone bodies are created by breaking down fatty acids into two-carbon units. Therefore, fatty acids are the main source of ketone bodies in the cell, whereas ketogenic amino acids only cause ketone body production.

Two amino acids that promote ketosis are lysine and leucine. Isoleucine, phenylalanine, and tyrosine are among the amino acids that induce ketosis.

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If a scientist is studying a coral reef, including both the biotic and abiotic components,  community level of ecology is being studied

During photosynthesis, carbon is transferred from an abiotic source to living things.  As a result of cellular respiration, carbon is transferred from living things to an abiotic reserve.

Every trophic level results in an exponential increase in DDT levels. Osprey are at the greatest trophic level in this group because they are the tertiary consumers, and their tissues have the highest DDT contents.

This graph illustrates the yearly growth in world population between 1950 and the present, as well as the forecast until the year 2100. In the late 1980s, the population growth rate in absolute terms reached a peak of almost 90 million new residents annually.

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Answer:

carbon dioxide: PRODUCT

chlorophyll: REACTANTS

glucose: PRODUCT

light energy: REACTANTS

methane: PRODUCT

oxygen: PRODUCT

water: REACTANTS

A high mass star will not be able to generate enough energy beyond the silicon fusion cycle to stop its collapse because iron fusion doesn't generate excess energy and gas pressure to prevent the core from collapsing. Instead, it requires additional energy.

All stars generate energy by nuclear fusion at the core of the star. Fusion starts form the lightest element, hydrogen. Two hydrogen atoms fuse to form helium atoms, releasing vast amounts of energy in the form of radiation, light and heat. After a while the amounts of hydrogen atoms in a star starts to reduce, while helium becomes predominant.

Helium fusion requires way more heat and pressure to occur than hydrogen fusion. This is because the heavier the element, the greater the temperature and pressure needed to fuse it. Low mass stars are unable to produce such high amounts of energy, so they just become white dwarfs after using up all their hydrogen, but the story is different for high mass stars.

A massive star is able to generate enough heat and pressure to fuse helium. In fact, it is so hot that it is able to fuse the product of helium fusion - carbon into oxygen, oxygen into neon and phosphorus, and finally silicon is formed, which also fuses to form iron. However, beyond the silicon fusion, iron doesn't undergo any nuclear fusion. This is because the energy needed to fuse an element as heavy as iron is just too much for any star to produce no matter the size. Iron fusion also doesn't produce any gas pressure or excess energy to sustain the core; thus, the star eventually runs out of energy and collapses, leading to a supernova.

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Answer:

hope this helps

Explanation:

Answer: C. smaller than bacteria

Explanation: Parasites are typically seen with the bare eye (not all, but many) or with a very low magnifying microscope, and dimes are obviously able to be seen without magnification. Protons are extremely small (in the femtometer region), and bacteria are in the micrometer region. Viruses are typically in the nanometer region, so they are larger than protons but smaller than bacteria.

A tree species that is perfectly happy growing very slowly is not also likely to reach a gap in the forest canopy quickly before other species occupy it.

Therefore, due to its extremely slow growth rate, the tree species is not also likely to reach a gap in the forest canopy quickly before other species occupy it.

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Ribosomes and Endoplasmic Reticulum (ER) work together to synthesize proteins.

Ribosomes are the nucleoproteins That are present ether in the cytoplasm of the cell or attached to the ER. Ribosomes are also referred as protein factory because they play a central role in protein synthesis. Ribosomes can be of two types: 70S and 80S.

ER is of two types: Rough ER and Smooth ER. Rough ER contains ribosomes attached to it. RER also plays major role in protein synthesis. It helps in the modification and transport of the synthesized protein. The proteins formed in the RER are the secretory proteins.

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The organelle would play the most direct role in eliminating bacteria engulfed by a phagocytic white blood cell is the cell organelle which is the lysosome.

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The following three results are possible if a mutation in the gene that codes for the G subunit causes it to lose its GTPase activity:

3. The signaling pathway could be activated for an extended period, possibly resulting in undesirable cell proliferation.

4. The concentration of cAMP in the cell would be continuously elevated.

6. Gα would be activated for an extended period.

The hydrolase enzymes known as GTPases attach to the nucleotide guanosine triphosphate (GTP) and hydrolyze it to produce guanosine diphosphate (GDP). The highly conserved P-loop "G domain," a protein region shared by numerous GTPases, is where GTP is bound and hydrolyzed.

The components of the Gα subunit include Gs, Gi, Gq/11, and G12/13. Adenylyl cyclase activity is regulated by the Gs and Gi families, whilst the Gq family promotes PLC-, and the G12/13 family can activate small GTPase families. The signaling pathway could be active for a long time, which could lead to unfavorable cell growth. The amount of cAMP in the cell would constantly increase. G would be turned on for a long time.

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Question correction:

Which of the following outcomes could potentially result if a mutation in the gene encoding the G? subunit eliminates its GTPase activity? Choose three outcomes.

1. The cell would be unresponsive to molecules that act via cAMP.

2. The rate of GTP hydrolysis would increase.

3. The signaling pathway could be activated for an extended period, possibly resulting in undesirable cell proliferation.

4. The concentration of cAMP in the cell would be continuously elevated.

5. G would be ineffective as a signal molecule (that is, it could not activate other proteins).

6. G would be activated for an extended period.

Explanation:

Once the fusion reactions begin, the stars exert outward pressure. As long as the inward force of gravity and the outward force generated by the fusion reactions are equal, the star remains stable.

In a stable star, the gas pressure pushing out from the centre is equal to the gravity pulling atoms inward to the centre – when these forces are equal, the star is at equilibrium.

When the force of gravity and the force of fusion in a star are equal to each other, then the life of the star increases and mass of the star is maintained.

When the inward force of gravity and the fusion reactions are equal to each other, the star remains in stable condition. There is direct relationship between force of gravity and fusion reaction. When the force of gravity compresses the core of a star, the temperature increases to a higher limit. At last, the temperature is high enough that the star initiates fusion reaction in which fusing hydrogen into helium occur. When the outward pressure that is produced by fusion energy, it balances gravity which results in the formation of a stable star.

So we can conclude that If the force of gravity and the force of fusion within a star are equal to each other, the star’s life increases and mass of the star is maintained.

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pH values for catalase - Each enzyme has a specific pH range within which it functions best. Catalase only functions in people between a pH of 7 and a pH of 11. The enzyme loses its structure and becomes denaturated if the pH is more than 11 or less than 7, respectively.

Each enzyme has a best operating temperature, as well as every enzyme has a best operating pH. For instance, the digestive system's trypsin and pepsin enzymes sever long protein chains in meals into smaller pieces, such as peptide chains or individual amino acids. The stomach's extremely acidic environment is where pepsin operates. Its ideal pH is at around 1.5.Trypsin, on the other contrary, functions in the intestinal tract, which has certain areas with a pH of about 7.5. The ideal pH for trypsin is around 8. Amino acids with opposite charges will attract within the enzyme molecule. This affects how the enzyme molecule folds, how it is shaped, and how the active site is shaped. The charge on the molecules of the amino acids will change when the pH changes. The volume of oxygen evolved over a five-minute period was plotted versus the relative reaction rate. Every time the experiment was conducted, the control displayed the same enzyme activity. Up until the optimal pH level, which is around 6.3, the relative reaction rate went up with pH; however, as pH climbed, the rate of reaction declined.

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Nerve cells from the retina to the back of occipital lobe are known as visual neurons which constitute the optic tract.

Hence, the correct answer is that they are called visual neurons which constitute the formation of the optic nerves and optic tract.

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Answer:

Feedback Inhibition

Explanation:

Yes, this mechanism being one of importants for the regulatory mechanism in our cells. They use non competetive inhibitors. Example: Synthesis of amino acids, etc.

Answer:

This statement is true.

Explanation:

There are several epithelial tissues in the human body. They make up the majority of the tissue in the body. Safeguarding, secretion, ingestion, excretion, purification, transport, and sensory reception are just a few of the many tasks they carry out.

In epithelial tissue, there is relatively little intercellular matrix and the cells are closely packed together. 

Each epithelium has two surfaces: one would be revealed to the outside environment, which may include liquids like those found in the circulatory as well as urinary systems,  also gases such as in the respiratory system, or semisolids like those found in the digestive system. Other surface rests on the basal lamina, a structural layer.

The broad protection provided by epithelia that surround or line surfaces against diseases, physical harm, and poisons.

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The nucleus contains genetic material such as DNA. In eukaryotes, the cell's genetic material, or DNA, is contained within an organelle called the nucleus, where it is organized in long molecules called chromosomes.

DNA stands for deoxyribonucleic acid. It may be defined as a molecule inside cells that significantly contains the genetic information responsible for the development and function of an organism. These molecules allow this information to be passed from one generation to the next.

The genetic information of an organism is contained in DNA molecules in the form of chromosomes. The nucleus is the cell organelle that holds all sorts of this genetic information. Due to this, it is also known as the controlling center of the cell.

Therefore, the nucleus contains genetic material such as DNA.

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Answer: Atoms.

Explanation: Hope this helps <3

Answer:

atoms and molecules they are what make us up

The implied line creates a sense not only of enclosure and connection, but also movement and direction.

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Answer:

that too much personal liberty would have to be sacrificed to the requirements of equality of opportunity.

Explanation: