Help with this ASP please

Answer:

c

Explanation:

Answer:

1. atom

2.

3. electrons than protons

4. salt

5.

6. false

7. true

8. false

9. false

10. true

11. silicate

12. compound?

13.

14. energy

15. neutrons

Explanation:

those are my best answers I'm pretty sure about 12 but not positive and I didn't know about 2, 5 or 13. I hope it still helped though

Answer:

yea, I got that on my document test I got it wrong but the correction was the exact how you did it, good job

Bacterial quorum sensing, a technique that controls bacterial gene expression, is dependent on the adaptable chemical signaling molecules known as autoinducers.

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Answer:

Just like reptiles and amphibians.

Explanation:

They get their body temperature from the water that they are in.

Explanation:

A specialization is a focused area of study of attached to a specific major, with specific coursework beyond major requirements. A specialization is a focused area of study attached to a specific major, and is in addition to course requirements for the major.

If the eggshell is placed in vinegar or acetic acid then the shell will dissolve after some time due to absorption of acid and form CO2.

The eggshell is a hard and protecting outer covering or outer surface that keeps the inside material intact against the external environment and pathogenic substances.

It is made of calcium carbonate (CaCO3).

When calcium carbonate reacts with vinegar acids, it dissolves and forms bubbles which indicate the formation of carbon dioxide gas that liberates in the air.

Only soft tissue or the internal thin lining of the shell will remain behind.

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Answer:

Phagocytosis

Explanation:

During phagocytosis, cells engulf large particles such as bacteria, cell debris, or even intact cells (Figure 12.34). Binding of the particle to receptors on the surface of the phagocytic cell triggers the extension of pseudopodia—an actin-based movement of the cell surface, discussed in Chapter 11.

Answer:

The Calvin cycle has four main steps: carbon fixation, reduction phase, carbohydrate formation, and regeneration phase. Energy to fuel chemical reactions in this sugar-generating process is provided by ATP and NADPH, chemical compounds which contain the energy plants have captured from sunlight.

Explanation:

Answer:

its either c or d

Explanation:

can't quite remember which

Commensalism, as only one side benefits

The relationship between the Spanish moss and the live oak tree is an example of commensalism.

Commensalism is a sort of symbiotic interaction in which one organism gains advantages from the association while the other organism experiences neither negative effects nor positive effects. In this instance, the Spanish moss benefits from its elevated location on the live oak tree, which gives it better access to sunshine and puts it further away from ground-dwelling animals.

The living oak tree, meanwhile, is unaffected by the Spanish moss' existence and neither gains nor loses from the connection. As a result, the relationship is advantageous to the Spanish moss while having no effect on the live oak tree. This kind of connection is a prime illustration of commensalism.

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Answer:

DNA is the bloodline.....

Answer:

DNA is found in the nucleus of the cell.

Answer:

Atrium,

Explanation: in vertebrates and the higher invertebrates, heart chamber that receives blood into the heart and drives it into a ventricle, or chamber, for pumping blood away from the heart.

Answer:

The Atrium receives blood into the heart and drives it into a ventricle.

Explanation:

I hope this helps! :)

Answer:

their polarity would attract them closer to each other because if one is more electronegative, it would have more electrons, meaning it would have a weak negative charge. If one is less electronegative it would have fewer electrons around it meaning it would have a weak positive charge. Since they have opposite charges or polarity, their attractions are strengthened.

Explanation:

The molecules would likely orient with the more electronegative atom (Atom A) closer to the less electronegative atom (Atom B), forming a polar bond. Polarity would strengthen interactions due to the attraction between opposite charges.

Molecules with atoms of differing electronegativities tend to form polar bonds, where the more electronegative atom gains a partial negative charge (δ-) and the less electronegative atom gains a partial positive charge (δ+). In a scenario where many such polar molecules are in close interaction, their orientation would likely involve aligning the more electronegative atom (Atom A, with higher electron affinity) closer to the less electronegative atom (Atom B, with lower electron affinity).

This orientation is driven by the electrostatic forces of attraction between opposite charges. The partial positive charge on Atom B of one molecule would be attracted to the partial negative charge on Atom A of another molecule, and vice versa. This alignment maximizes the attractive forces between molecules, allowing them to come closer together and establish stronger interactions.

The polarity of the bonds strengthens these interactions. The presence of partial charges on the atoms creates stronger dipole-dipole interactions (also known as van der Waals forces or London dispersion forces) between the molecules. These forces contribute to the overall intermolecular attractions and influence properties like boiling and melting points, solubility, and the stability of molecular structures.

In summary, when molecules with atoms of differing electronegativities interact closely, they are likely to orient in a way that maximizes the attractive forces between them—placing the more electronegative atom closer to the less electronegative atom. The polarity of the bonds formed between these atoms strengthens the interactions by creating partial charges that enhance the dipole-dipole attractions. This behavior is fundamental to understanding the behavior of molecules in various chemical and physical contexts.

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Answer:

Spores

Explanation:

please mark me brainliest and 5 star

Answer:

It lacks nucleus.

Explanation:

Prokaryotic: cells that lack a true nucleus or membrane bound organelles.

Mendel recognized the principle of independent assortment by working with the genes located on different chromosomes as otherwise, his dihybrid crosses would not have produced a 9:3:3:1 ratio for F2 phenotypes.  

Mendel's law of independent assortment states that during a dihybrid cross, the assortment of each pair of traits is independent of the other. This means that, during gamete formation, one pair of traits is separated from another pair of traits independently. The genes for the traits that Mendel worked upon were located on different chromosomes or behaved as if they were. This feature helped Mendel to conclude with his finding as a law of independent assortment.

Gregor Mendel performed dihybrid crosses between organisms having two different traits: seed color and seed shape. One parent was homozygous dominant (YYRR: Yellow round) and the other was homozygous recessive (year: green wrinkled) for two different traits. He produced a  heterozygous dominant trait ( YyRr: Round yellow) in the F1 progeny. When F1 progeny was self-crossed, he observed that the phenotypic ratio was 9:3:3:1. This means that the F2 progeny resulted in four different combinations of seeds: wrinkled yellow, round yellow, wrinkled green, and wrinkled yellow seeds.

With the genes located on different chromosomes, it was made easier for Mendel to observe the phenotypes in F2 progeny.

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Answer:

two

Explanation:

When a cell divides by way of mitosis, it produces two clones of itself, each with the same number of chromosomes. When a cell divides by way of meiosis, it produces four cells, called gametes.

Answer:

Cells do not undergo mitosis to become gametes although Somatic Cells go through Mieosis 1 & 2 to become gametes.

Explanation:

Specifically a somatic cell is split twice where on parent cell ends up into 4 daughter cells through Meiosis 1 and 2

Mitosis produces the exact same cell so if you did mitosis on a somatic cell it would never happen. But if you did it on a cell already a gamete it would only take one division

Answer:

answer: we

all die the end

Answer:

According to the law of conservation of energy, energy cannot be created or destroyed, although it can be changed from one form to another. KE + PE = constant.

Explanation:

hope this helps! mark me brailyest plzz:D

Answer:

water is everywhere including dry spots

Answer: yes

Explanation:

Answer: Yes

Explanation: Cells contain 3 feautres cytoskeleton,organelles surrounded by a nuclear envelope so their called euraryotic cells so yes we do contain them.

Taphonomy is the study of the processes that affect an organism’s remains after death. Even when an organism dies, its affecting activities continue.

The study of taphonomy examines the mechanisms by which organic remnants go from the ecosystem to the lithosphere. Taphonomy includes events that take place after an organism dies (or sheds its components), including decay, burying, and retention as mineralization of fossils or other stable biomaterials.

Necrolysis, biostratinomy, and diagensis are examples of taphonomic processes. Necrolysis is the breakdown of living things after death (the post-burial transformation of the organic material).

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Answer:

d

Explanation:

Answer:

Since the cell is dividing it needs two copies of it's DNA. One is kept by the parent cell and the other is passed to the daughter cell..... So this process of duplicating DNA is very important, because the daugher DNA cell will likley die.

Explanation:

please see the attached images. Hope this helps you.

Answer:

  Im pretty sure its:   6,200,000,000 atoms

Answer:

primary

Explanation:

Primary succession occurs when new land is formed or bare rock is exposed, providing a habitat that can be colonized for the first time. For example, primary succession may take place following the eruption of volcanoes, such as those on the Big Island of Hawaii. As lava flows into the ocean, new rock is formed.

Answer: well if i had a picture it wouldve helped more but typically if a particle is moving into the cell, it doesnt require any energy, however moving particles outside of a cell requires a large amount of atp.

Explanation: