10. Which of the following is not one of the three principal types of faults?
A. Strike-slip
B. Thrust
C. Normal
D. Lateral​

Answer:

B.

Explanation:

Same but different because lizards are very similar to snakes. Snake are just more vicious.

Answer:

Abrasion

Explanation:

Mechanical weathering is generally called physical weathering where rocks are broken down physically. It means that the rocks are broken down into smaller pieces but the rocks' composition (chemically) is  not changed.

There are different ways that rocks can be broken into smaller pieces physically and gravity helps can also cause it.

Abrasion is an example of mechanical weathering where rocks bump into each other and cause the rocks to breakdown because of the force of bumping into each other. Gravity plays a role when it comes to rocks on the mountain side.

When a rock on top tumbles down the side of the mountain, it bumps into other rocks along the way. Gravity is at play here because it pulls the rock downwards, causing it to tumble.

The death of mice from cancer is an ethical issue, and the solution is to keep them alive through treatment.

One of the most serious ethical considerations would be the welfare of the rats used in the experiments. The rats could die after getting the malignant cells. If the new medicine fails to work, the animals may experience side effects before dying. This problem could be remedied by performing studies on tissue samples rather of animals.

The mice will die from cancer during this research, but it is vital for the growth of medical sciences and the discovery of medicines for the treatment of cancer and other severe diseases. The solution to this problem is to take specific steps to prevent the mice from dying while also conducting the research properly, allowing us to decide that the death of the mice during the experiment is an ethical concern.

Thus, The rats could die, which would raise ethical concerns.

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Answer:

215,500

Explanation:

i hope this helps

Answer:hundreds of cells

Explanation: the fusion of male and female gametes forms a zygote, during early development one single cell divides in to two after few hours from fertilization.  it furthers the division into four and  which are made up of sixteen cells that is other-wisely called MORULA at the end of the third day. The cells continues the division  at the of ninth day to form a BLASTOCYST which contains hundreds of cells.

the blastocyst must be able to attach to the lining of uterine where it derives every nourishment to grow and survive, without this  there would be loss of such pregnancy

Answer:

An advantage of using natural gas

It is fairly safe for use in homes.

Explanation:

They are cheap ,plentifully available throughout the world. It is has multiple uses such as cooking, heating, drying and also for industrial use. It can be used for power generation. Through it plastics, paints and fertilisers can be made. This is the cheapest source for the production of hydrogen. It can easily be shifted from the power plants to the residential areas. It leave any gaseous waste rather not polluting the underground water.

Natural gas  advantage is it is fairly safe for use in homes. So option (b) is correct.

Modern technology and strict regulations ensure that natural gas appliances and infrastructure are designed with numerous safety features, making it a reliable energy source for cooking, heating, and other household uses.

This sets it apart from other options listed, such as releasing chemicals that become acid rain (A), the potential for gas leaks due to equipment failure or human error (C), and the installation of scrubbers to reduce pollution (D), which are not advantages but rather challenges or mitigation measures related to its use.

Overall, the safety and reliability of natural gas in home environments make it a favorable choice for many consumers.

Science is the intellectual and practical activity encompassing the systematic study of the structure and behaviour of the physical and natural world through observation and experiment.

Examples: anthropology, archaeology, astronomy, biology, botany, chemistry, cybernetics, geography, geology, mathematics, medicine, physics, physiology, psychology

Answer: geography

Explanation:

The recreation can be done by the process of CRISPR-Cas9 editing of gene.

Explanation:

The gene editing process is executed by Whiteman and his co-workers of California University by transforming fruit flies into a poisonous species. The monarch butterflies were made to undergo the process of this mutation of gene and were made eat milkweed of toxic category.

Through this process 3 CRISPR were edited to one gene to make a monarch caterpillar to eat milkweed. He was influenced by the evolutionary war between plants and insects which thrive him to discover this process.  

Answer:

c water paultion or d

jnj

Explanation:

The statement shows an example of human activities that can change the equilibrium of the situation where a cold front moving in causes increased winds which increases water evaporation from plants.    

It is defined as the state where a balance is created where a state of older is in equilibrium with the newer state that is the reactant state is getting into product site and the product site is just  getting formed.    

A cold front that is the colder edge where the leading edge of the colder mass  that replaces the warmer air and compression on the outer edge thus these states makes a havoc in the ecosystem and automatically disturbs the equilibrium of the ecosystem.

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Answer:

The correct option is B) bonds new nucleotides to parent strand

Explanation:

DNA replication is a process by which DNA replicates by a semi-conservative method. The DNA double helix unwinds from the place where replication has to occur. Each strand of the DNA serves as a template strand for producing a daughter strand.

The DNA polymerase adds nucleotides complementary to each parent strand. In this way,  a daughter strand is generated from the parent strands. This method of replication is termed as the semi-conservative method for DNA replication.

DNA polymerase is a crucial enzyme in DNA replication, its main role being to bond new nucleotides to the parent strand, thereby creating a new, complementary strand of DNA.

The function of the enzyme DNA polymerase during replication is to bond new nucleotides to the parent strand. The parent strand is the original DNA sequence, and DNA polymerase attaches the new nucleotides in a specific order to create a new strand of DNA, which is a complementary strand to the parent strand. This process ensures that the genetic information is accurately copied from one cell to another during cell division.

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Answer:

i would say gene flow . because gene flow prevents reproductive isolation .

Answer: Gene Flow

Explanation:

Answer:B there were soon be insufficient food for the growing human populatio

The economist thomas malthus suggested that there would soon be insufficient food for the growing human population. The correct option is B

In his essay "An Essay on the Principle of Population" from 1798, English economist and demographer Thomas Malthus predicted that population increase would eventually outpace the supply of resources, particularly food. He stated that although the production of resources and food only develops arithmetically (linearly), the growth of the human population is geometric (exponentially).

Therefore, He anticipated that unregulated population increase would result in resource shortages and overpopulation, which would cause poverty, starvation, and other societal problems. The "Malthusian theory" is the name given to Malthus' population theory, which has been the subject of dispute and discussion ever since.

Therefore, (Option B) is correct.

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Answer:

D . natural events and human activity

Answer:

The cell membrane is semi permeable which allows for diffusion of substances in and out of the cell. Most notably is osmosis across the cell membrane to maintain the osmotic pressure within the cell for the cell to maintain its structural integrity.

Explanation:

Answer:

18°

Explanation:

Remember this:

All angles inside a triangle sum up to 180°.

So in your case:

∠A + ∠B + ∠C = 180°

Now you need to solve for ∠A, but you need to know what x is first. So we solve for it by plugging in the expressions into one equation. Let's start with what is given:

∠A = x -22

∠B = 3x + 19

∠C = x - 17

So we plug use the given and put it into our first equation so we can solve for x:

∠A + ∠B + ∠C = 180°

(x - 22) + (3x + 19) + (x - 17) = 180°

[tex](x - 22) + (3x + 19) + (x - 17) = 180\\\\ Combine\;like\;terms\\\\5x - 20 = 180\\\\Add\;20\;to\;both\;sides\;of\;the\;equation\\\\5x - 20 + 20 = 180 + 20\\\\5x = 200\\\\Divide\;both\;sides\;by\;5\\\\\dfrac{5x}{5}=\dfrac{200}{5}\\\\x = 40[/tex]

Now that we know that x = 40, we substitute that into the equation of ∠A.

∠A = x -22

∠A = 40 -22

∠A = 18°

Answer:

D. the new moon at perigee coming between Earth and the sun along a straight line

Explanation:

A new moon at perigee is significantly bigger than a new moon at apogee. Only a new moon at perigee is able to cover the sun's shine completely.

Have a good day! :)

Answer:

D

Explanation:

Answer:

Alana put mailed 2 letters in each of the 3 mailboxes

Explanation:

Alana put 2 letters in each of the 3 different mailboxes, dividing the total of 6 letters evenly.

To answer how many letters Alana put in each mailbox, we divide the total number of letters by the number of mailboxes. Alana mailed 6 letters in total and used 3 different mailboxes. So, we perform the division 6 ÷ 3 to find the number of letters per mailbox.

6 ÷ 3 = 2 letters per mailbox.

Therefore, Alana put 2 letters in each of the three mailboxes.

Answer:

Meiosis can be described as a process of cell division in which four daughter cells are produced and the chromosome number in the daughter cells gets reduced to half of the parent chromosomes.

In anaphase 1, the homologue chromosomes are pulled apart and they get pulled in the opposite reaction. The sister chromatids are not separated in anaphase 1.

In anaphase 2, the sister chromatids get separated. They move towards the opposite pole.

Answer:

The water vascular system of echinoderms is essentially a system of fluid-filled canals that extend along each of the body regions and have many external projections called tube feet. There are several functions of the system, one of which is to use water pressure to mediate movement and assist in feeding. ... Stone canal.

Final answer:

The water vascular system in echinoderms is essential for feeding as it uses hydrostatic pressure to extend and retract tube feet, enabling the organism to capture and handle prey. This system also aids in nutrient circulation and gas exchange.

Explanation:

Role of the Water Vascular System in Feeding

Echinoderms possess a distinctive water vascular system which plays a crucial role in the organism's feeding behavior. This system comprises a network of canals and tube feet that project through the skeleton of the creature. During feeding, the tube feet are employed to capture prey through suction, thanks to their ability to expand and contract using the hydrostatic pressure within the system.

The water vascular system allows echinoderms to maneuver prey into place and assist in the handling and transport of food to the mouth. Water enters through the madreporite, passes to the ring canal, and then through the radial canals, powering the tube feet for the execution of feeding activities. The system also facilitates nutrient circulation and gas exchange, vital processes for the echinoderm's survival.

Overall, the water vascular system's ability to create hydrostatic pressure enables echinoderms not only to locomote and engage in prey manipulation but also significantly contributes to their potential to feed effectively in their aquatic ecological niches.

To produce 125 g of oxygen, 250 moles of mercury (II) oxide are needed.

To determine the number of moles of mercury (II) oxide needed to produce 125 g of oxygen, we need to use the molar ratio between mercury (II) oxide and oxygen. From the balanced equation, we can see that 2 moles of mercury (II) oxide produce 1 mole of oxygen. Therefore, we set up a proportion:

(2 moles HgO) / (1 mole O2) = (x moles HgO) / (125 g O2)

Then, we cross multiply and solve for x:

x moles HgO = (2 moles HgO / 1 mole O2) * (125 g O2)

After calculation, we find that x is equal to 250 moles of mercury (II) oxide.

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To produce 125 g of oxygen (O₂), you need 7.8125 moles of mercury(II) oxide (HgO). This calculation is based on the balanced chemical equation and the molar mass of O₂. Hence, 7.8125 moles of HgO are required.

To determine how many moles of mercury(II) oxide (HgO) are needed to produce 125 g of oxygen (O₂), we use the balanced chemical equation:

2 HgO → 2 Hg + O₂

Here are the steps:

First, find the molar mass of O₂:

Next, we calculate the moles of oxygen gas (O₂ )

According to the balanced equation, 1 mole of O₂ is formed from 2 moles of HgO.

Therefore, 7.8125 moles of mercury(II) oxide are needed to produce 125 g of oxygen.

Answer:

D. CO2 - Carbon(iv)oxide or carbondiooxide

Explanation:

Since CO2 is a product and not a reactant, the higher the temperature, the higher the rate of cellular respiration.

This is is referred to as evolution by natural selection.

Explanation:

According to the question, more light red beans are eaten everyday compared to dark red beans. Therefore there are higher chances of dark red beans reaching reproductive age than light red beans. Consequnetly, dark red beans are more likely to pass down their genes to next generation than light red beans. Over subsequent generations will have more and more darker red beans and the population will, therefore, evolve towards higher dark red color allelic frequencies.

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Answer:

There will be more dark red kidney bean survivors.

There will be fewer light red kidney bean survivors.

There will be more dark red kidney bean offspring the next morning.

Release of CFCs and similar compounds are a possible cause of destruction of ozone in the upper atmosphere. The correct option is A.

Ozone depletion is comprised up of two connected occurrences which basically have been located since the late 1970s: a continuous drop in ozone levels of roughly 4%.

Also the substantially bigger springtime decrease in stratospheric ozone over Earth's poles. The ozone hole is the name implies to the latter phenomena.

The primary factor for the ozone layer to thin out is chlorofluorocarbons, or CFCs.

Solvents, spray aerosols, refrigerators, air conditioners, and other appliances all release these.

UV rays degrade the chlorofluorocarbon molecules in the stratosphere and release chlorine atoms as a result.

Thus, the correct option is A.

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bruh that is a glacier right

Answer:

Glacier

Explanation:

Answer:

a venus it is similar size to earth and earth matches this description

Explanation:

Nucleic acids are the biopolymers, or small biomolecules, essential to all known forms of life. The term nucleic acid is the overall name for DNA and RNA. They are composed of nucleotides, which are the monomers made of three components: a 5-carbon sugar, a phosphate group and a nitrogenous base

Final answer:

Nucleic acids are acidic due to their phosphate groups which can release a proton ionized at physiological pH levels, making them essential for cellular functions.

Explanation:

The most correct statement regarding nucleic acids is that they are acidic compounds first discovered in the cell nucleus and later found in the cytoplasm, mitochondria, and chloroplasts. Nucleic acids are high molecular weight, nitrogenous organic compounds essential for the storage, transmission, and control of cellular activities. A nucleic acid is defined as a polynucleotide, which is a polymer chain consisting of thousands of nucleotide units. Each nucleotide is made up of a nucleoside and phosphoric acid.

An acid is a substance that releases hydrogen ions (H+) in a solution. A positively charged hydrogen ion is simply a proton, which is prone to participate in chemical reactions. Nucleic acids release a proton (H+) from their phosphate group that is ionized at physiological pH, contributing to their acidic properties. Strong acids ionize completely in solution, while weak acids do not ionize fully, with some hydrogen ions remaining bonded within a compound.

In essence, nucleic acids are considered acids because each phosphate group in the nucleotide has one acidic hydrogen atom that gets ionized at physiological pH levels, making these compounds acids in the biological context.

Answer:

A

Explanation:      ATP molecule  stores energy chemically in the form of highly strained bonds.

ATP synthase: An important enzyme that provides energy for the cell to use through the synthesis of adenosine triphosphate (ATP). during chemical process

ATP is the molecule through which cells store and release energy for their various processes. It acts as the energy currency of the cell, with energy released upon its conversion to ADP. This energy is utilized by the cell for performing work and maintaining homeostasis.

The molecule used by cells to store and release the energy needed to power cellular processes is Adenosine Triphosphate (ATP). ATP is often referred to as the 'energy currency' of the cell because it provides the energy for most of the energy-consuming activities within the cell. It functions as the energy currency by allowing cells to store energy briefly. The energy released by the hydrolysis of ATP can be used for cellular work, such as muscle contraction or driving endergonic chemical reactions by coupling them to ATP hydrolysis. When ATP is broken down into adenosine diphosphate (ADP) and a free phosphate group, energy is released. This energy is immediately available for cellular processes.

In the context of cellular respiration, ATP is the primary molecule that stores the energy released. During glycolysis, for example, the energy derived from glucose catabolism is used to recharge ADP into ATP. Comparatively, ATP stores smaller quantities of energy but in a form that is readily usable by cells, unlike molecules like glucose which store energy long-term but require conversion into ATP for immediate use.

Overall, ATP's role is critical in the function and regulation of many biochemical pathways, and it holds the energy that is required for vital cellular and bodily functions.

The process of making food by utilizing solar energy and inorganic reactant from the surrounding environment is called photosynthesis. The plants capable of photosynthesizing produces energy and food along with oxygen molecules.

The oxygen is not released as waste.

Therefore, option B. will not occur during stage 1 of the process.

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Explanation:

The answer of -7/4 is equal to -1.75