The pollutant least likely be emitted from a smokestack would be?
Answers
The least likely pollutant to be emitted from a smokestack would be water vapor (\(H2O\)). Water vapor is a natural component of the Earth's atmosphere and is not typically considered a pollutant.
When fossil fuels are burned in industrial processes or power generation, emissions from smokestacks can include various pollutants such as particulate matter, sulfur dioxide (\(SO2\)), nitrogen oxides (\(NOx\)), carbon monoxide (\(CO\)), volatile organic compounds (VOCs), and other air pollutants depending on the type of fuel being burned and the combustion process.
However, water vapor can be present in the emissions from smokestacks in the form of steam, which is often visible as a plume of water vapor when the emitted gases come into contact with the cooler ambient air. This is a normal byproduct of some industrial processes that involve the use of water for cooling or other purposes.
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Related Questions
Something, such as sunlight, causes a mutation in the genes of a cell. When that cell’s chromosomes copy themselves, the new chromosomes both have mutation. When the cells divide, both new cells carry the same mutation. Do you think this type of mutation can be passed to the offspring? Yes or No. Explain your answer
Answers
Answer:
yea
Explanation:
Answer:
Yes!
Explanation:
I believe that it can because it is in the Genes to be passed down to the offspring.
The new element Matadorium (Ma) has three isotopes: Ma-284 (34.60%), Ma-285 (21.20%),
and Ma-288 (44.20%). What is its average atomic mass?
Answers
Answer:
I believe it’s 284.45
Explanation:
Because my friend just helped me and she said it was this but again I am not totally sure if it’s right.
when the body removes carbon dioxide bu the way of respiratory system what happens to the ph of blood
Answers
the more carbon dioxide in the blood the more acidic it will be. so when it is removed the acidity will decrease.
so the pH increases
When the body removes carbon dioxide, the PH of blood increases
The body control the blood's acid-base balance through different ways. The organs used for this control is lung, kidney and buffer systems.
The lung can control blood pH through the release of carbon dioxide. Carbon dioxide acidic and its accumulation in the body leads to an increase in PH.
When the blood PH is too low (i.e. acidic), the body increases breathing so as to expel(remove) more carbon dioxide thereby increasing the PH of the blood.
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Why is a reduction in biodiversity due to loss of plant populations especially destructive to an ecosystem?
A. Plants have the most biomass
B. Plants are resistant to disease
C. Plants are primary producers
D. Plants are part of the food web
Answers
what is the most likely mechanism of inheritance for the rare genetic disorder represented in the pedigree?
Answers
X - linked recessive is the most likely mechanism of inheritance for the rare genetic disorder represented in the pedigree.
The pedigree reveals that all girls and 50% of sons with normal parents are unaffected, indicating that the disease's allele should be present in the recessive condition. The condition is present in the mother on her X-chromosome, who acts as the carrier mother and conveys the trait to 50% of sons. The father exhibits all recessive traits because he has one copy of both the X and Y chromosomes. The kids would have displayed it equally frequently in both sexes had it been an autosomal feature. Additionally, the offspring of the sick father and unaffected mother are normal, indicating that the disorder is an X-linked recessive one.The condition does not manifest in a heterozygous daughter since the diseased father has passed the affected X-chromosome on to daughters who inherit the second copy of the X-chromosome from the healthy mother. However, these daughters will act as the disease's carriers. The illness known as Duchenne muscular dystrophy causes the muscles to gradually deteriorate. It is a sex-related condition. Only homozygous genotypes can express the disorder's allele; heterozygous genotypes cannot. Recessive alleles are those that can express themselves in homozygous genotypes but not in heterozygotes, as is well known.To know more about Heterozygous check the below link:
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Explain two ways in which mitosis is biological significant
Answers
Mitosis is a way of making more cells that are genetically the same as the parent cell. It plays an important part in the development of embryos, and it is important for the growth and development of our bodies as well. Mitosis produces new cells, and replaces cells that are old, lost or damaged.
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Which of the following is a direct economic advantage associated with aquaculture?
A
Aquaculture breeds genetically modified fish to increase the
amount of biodiversity in the population.
B
Aquaculture reduces the number of fishing operations in an area.
С
Aquaculture produces large amounts of seafood for human
purchase and consumption year-round.
D
Aquaculture requires large bodies of water for its operations.
Answers
Answer:
c Aquaculture produces large amounts of seafood for human
purchase and consumption year-round.
Explanation:
Most seafood produced via aquaculture is destined for human consumption, which has added to the sector’s momentum. The ability to dependably harvest many different species of finfish, shellfish and aquatic plants has also facilitated gains for the world’s aquaculture industry.
what is the main source of boday
Answers
Answer:
heart
Explanation:
cause no heart dead
Which types of plant cells must receive glucose from other plant cells?
Answers
Answer:
While plant cells have chloroplasts to photosynthesize, they also require ATP for cellular functions, and do use oxygen to break down some of the sugar they produce in order to generate that ATP. They need mitochondria for this.
In particular, at night when there is no light, plants undergo cellular respiration since there is no sunlight to photosynthesize.
They do, however, produce far more sugar and oxygen through photosynthesis than they use up in respiration.
The type of plant cells that receives glucose from other plant cells are NON-PHOTOSYNTHETIC plant cells.
Photosynthesis is a group of metabolic reactions by which plant cells generate simple carbohydrates (i.e., glucose) and oxygen by using the energy from the sun, carbon dioxide and water.In consequence, non-photosynthetic cells cannot produce glucose and thus need to receive this nutrient from photosynthetic cells.An example of non-photosynthetic cells is the root cells found underground.In conclusion, the type of plant cells that receives glucose from other plant cells are NON-PHOTOSYNTHETIC plant cells.
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Which of the following describes the structure formed when a probe
hybridizes to a gene?
A. A double-stranded DNA structure in which one strand is the probe.
B. A double-stranded DNA structure in which different genes are
linked together.
C. A single-stranded structure consisting of labeled DNA from the
probe.
D. A single-stranded structure consisting of unlabeled DNA from the
gene.
Answers
Answer:
A
Explanation:
just trust.
The following describes the structure formed when a probe hybridizes to a gene: a double-stranded DNA structure, in which one strand is the probe that is present in option A.
What is hybridization?It is the process of forming a stable duplex between two complementary nucleic acid strands, and this process is often used to detect the presence of or identify specific nucleic acid sequences, such as genes or gene fragments, and when a probe hybridizes with a gene, the probe is designed to be complementary to a specific sequence of the gene. The probe is typically a short, single-stranded DNA or RNA molecule, and during the hybridization process, the probe binds to the complementary sequence in the target gene.
Hence, the correct answer is a double-stranded DNA structure, in which one strand is the probe that is present in Option A.
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Describe the difference between a hot cup of water and cold in terms of thermal energy.
Answers
Answer: If you had two cups of water, one filled with hot water and another with cold water, the cold water will retain more molecules. The compounds that make up hot and cold water are the same. One oxygen and two hydrogen atoms make up each molecule. The pace at which the molecules wobble about is the disparity between them.
Explanation:
The rectum stores waste on this short term process
Answers
Anaphase II is essentially the same as mitotic anaphase except that in anaphase II ________ and in mitotic anaphase ________. crossing over occurs; crossing over does not occur the cells are diploid; the cells are haploid chromosomes line up double file in the middle of the cell; chromosomes line up single file in the middle of the cell the cells are haploid and sister chromatids separate; the cells have the same number of chromosomes as the original cell and sister chromatids separate
Answers
Answer:
In anaphase II the cells are haploid and sister chromatids separate and in mitotic anaphase he cells are diploid and sister chromatids separate
Explanation:
during normal, quiet breathing, expiration is a passive process as this muscle relaxes into its original dome-shape. provide conditions when expiration becomes an active process, or forced. explain.
Answers
During normal, quiet breathing, expiration is a passive process that does not require the contraction of any muscles. Instead, it is driven by the elastic recoil of the lungs and chest wall, which causes the diaphragm to relax and return to its dome shape, pushing air out of the lungs.
However, expiration can become an active or forced process under certain conditions, such as during exercise or when a person is experiencing respiratory distress.
In these situations, the body may need to increase the rate or depth of breathing, which requires the use of additional muscles to actively contract and force air out of the lungs.
The main muscles involved in forced expiration are the abdominal muscles and the internal intercostal muscles. The contraction of the abdominal muscles pushes the abdominal organs upward, which increases the pressure in the abdominal cavity and forces the diaphragm upward, further compressing the lungs and helping to expel air. The internal intercostal muscles contract to pull the ribs downward, decreasing the volume of the chest cavity and helping to expel air.
Forced expiration can also be aided by pursed lip breathing, which involves exhaling through pursed lips to create back pressure in the airways, which helps keep them open and facilitates the expulsion of air from the lungs.
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What distinguishes complete metamorphosis from incomplete metamorphosis in insects?
Answers
Incomplete metamorphosis results in a nymph, which resembles a little adult, whereas complete metamorphosis results in a very active, ravenously hungry larva and an inactive pupa.
In biology, metamorphosis refers to a dramatic change in an organism's form or structure following hatching or birth. The changes appear to be controlled by hormones known as juvenile and molting hormones, which are not species-specific.
Insects have two different types of growth forms: complete and partial metamorphosis. The four phases of the whole metamorphosis are the egg, larva, pupa, and adult. Three phases make to the incomplete metamorphosis: egg, nymph, and adult. During incomplete metamorphosis, the pupa stage is not developed. Humans and other viviparous animals do not undergo metamorphosis since their young are born already complete inside their mother's womb.
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sarah and maria made a telephone using two cans and a string
Answers
Answer:
what and the question is
What percentage of the total energy consumed was converted to forms that were unusable to become new growth for the chipmunk?
Answers
The percentage of energy that is unusable is obtained as 96.1 %.
What is the percentage of unusable to become new growth for the chipmunk?We know from the law of conservation of energy that energy is neither created nor destroyed in the ecosystem but is converted from one form to another. We know that the ecosystem is a self supporting system in which there is an exchange of materials and energy. Energy flows from the producers to the consumers and some of this energy is dissipated along the way and is lost as heat during the transition.
The metabolic activities of an organism takes up some part of the energy that it receives from the sun.
From the question, we know that the energy consumed is 1000 J and the energy that is lost to waste and to respiration is 177 J and 784 J respectively. This implies that the available energy is 39J.
The percent of energy that is usable is; 39 J/100J * 100/1 = 3.9 %
The percent of energy that is unusable is; 961 J/1000 J × 100 % = 96.1 %
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digoxin is a positive inotropic agent that can be administered intravenously. what effect can be predicted in a patient who is treated with digoxin?
Answers
Digoxin is a positive inotropic agent that can be administered intravenously. The effect that can be predicted in a patient treated with digoxin is an increase in the strength and force of heart contractions.
Digoxin is a cardiac glycoside obtained from the leaves of the Digitalis lanata plant that is utilized to treat congestive heart failure and heart rhythm disorders like atrial fibrillation. It increases the force of heart contractions by inhibiting the activity of the sodium-potassium ATPase pump in cardiac cells, leading to a rise in intracellular calcium levels.
Digoxin is utilized to treat a variety of cardiac problems by enhancing the strength and force of heart contractions. Because of the positive inotropic effect of Digoxin, it is frequently utilized in the treatment of congestive heart failure (CHF), atrial fibrillation/flutter, and supraventricular tachycardia (SVT). It slows the heart rate and increases cardiac output. It's also used to manage certain arrhythmias, including atrial fibrillation.
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Nicotine replacement and self-management techniques are two approaches to smoking__________________.
What is the name of the method in which a smoker tries to avoid tempting situations and manages feelings that lead to nicotine use?
True or False Most people pick up smoking habits in adulthood.
Making sure your friends know you are tobacco-free and sticking to that decision in the face of pressures and influences requires ________________skills.
Critical Thinking Identify 5 health benefits of smoking cessation (stop smoking) that occur throughout the years after you quit, as well as those you see within a few days.
Can someone pls help me.
Answers
Answer:
It requires trolling your friends skills
WHY DID THIS HAPPEN I WAS AT 86.5% SOMEONE TALK TO ME AND MAKE ME HAPPY AGAIN :(
Answers
Answer:
it seems maybe you didnt turn in an assignment or late ?
Explanation:
Answer:
ahhh it'll be ok *pats back* trust me ;D
Explanation:
Which of the following releases energy when the bond between the second and
third phosphate is broken
ASP
APP
ADP
ATP
Answers
ATP releases energy when the bond between the second andthird phosphate is broken.
the energy is stored between the bonds of ATP molecule, and breaking of bonds releases that energy.
Which one is odd one out on the basis of respiration:
Amoeba, cockroach, earthworm, euglena
Answers
Answer:
Cockroach is you answer.
Explanation:
They do this by using a very efficient breathing system that uses air filled tubes, called trachea, to deliver oxygen directly to cells. Oxygen flows in as required into the tracheal system through valves on the insect, called spiracles. But, sometimes, they shut their spiracles and stop breathing.
What relationship will blood volume have on blood pressure?
Answers
Answer:
Answer:I HOPE THAT ABOVE INFORMATION WILL HELP YOU A LOT.
Answer:I HOPE THAT ABOVE INFORMATION WILL HELP YOU A LOT.
in horses, black is dependent upon a dominant allele (b), and chestnut upon its recessive allele (b). the trotting gait (t) is due to a dominant allele, and the pacing gait (t) to its recessive allele. assume complete dominance and no genetic linkage. if a homozygous black pacer is mated to a chestnut, homozygous trotter, what will be the appearance of the f1?
Answers
If a homozygous black pacer is mated to a chestnut, homozygous trotter, then the appearance for all of the F1 horses will be black and have a trotting gait.
We can represent the genotypes of the horses as follows:
Homozygous black pacer: bbTT
Chestnut, homozygous trotter: BBtt
Since black is dependent upon a dominant allele, the homozygous chestnut horse can only have two recessive alleles for black (bb). Similarly, since trotting gait is dependent upon a dominant allele, the homozygous black horse can only have two recessive alleles for trotting gait (tt).
To determine the appearance of the F1 generation, we need to perform a cross between the two parental genotypes. We can set up a Punnett square to represent the possible combinations of alleles in the offspring (refer to the image below).
Each box represents a possible combination of alleles in the offspring. The uppercase letters represent the dominant alleles for black (B) and trotting gait (T), while the lowercase letters represent the recessive alleles for chestnut (b) and pacing gait (t).
From the Punnett square, we can see that all of the F1 offspring will be heterozygous for black (Bb) and heterozygous for trotting gait (Tt). Therefore, all of the F1 horses will be black and have a trotting gait.
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During meiosis i, the for each pair of sister chromatids of each homologue, attach to microtubules from the same pole. True or false?.
Answers
During meiosis i, the Kinetochores for each pair of sister chromatids of each homologue, attach to microtubules from the same pole.
What is Kinetochores ?Large protein structures called kinetochores link chromosomes to the microtubules of the mitotic and meiotic spindles to transfer the replicated DNA from a mother cell to its daughters.
Its primary role is to stabilise the spindle's microtubules so that, during metaphase, the chromosomes may align correctly at the metaphase plate before being pulled toward the opposing poles of the cell during anaphase. In order to ensure appropriate chromosome segregation, the kinetochore is crucial.Each chromosome binds to microtubules from just one spindle pole, and each pair of homologues does so from the other pole. In order to be separated during metaphase I, homologous pairs rather than individual chromosomes line up at the metaphase plate. stages of meiosis type I.Learn more about Kinetochores here:
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What best explains the variation in tree heights in the tropical rainforest
?
Answers
Because sunlight is essential for photosynthesis, where plants create their nourishment from sunlight, carbon dioxide, and moisture, plants grow towards it. In the equatorial jungle, plants compete fiercely for sunlight and moisture.
As they grow bigger and higher, the trees and plants that can receive enough light and moisture advance relative to others that must compete with them for these resources. The accessibility of daylight to smaller trees is therefore severely restricted because higher trees usually block sunlight from shining on them. Therefore, we have a variety of trees with different levels of complexity.
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What is the male part of the flower called
Answers
Answer:
anther
Explanation:
Stamen: The pollen producing part of a flower, usually with a slender filament supporting the anther. Anther: The part of the stamen where pollen is produced. Pistil: The ovule producing part of a flower. The ovary often supports a long style, topped by a stigma.
Drag each tile to the appropriate category.
depends on gene expression
Self-Renewal
Differentiation
creates more of the same cell type
duplicates the cell indefinitely
forms specialized cells
Answers
Answer:
See image
Explanation:
Self-Renewal:
Duplicates the cell indefinitely
Creates more of the same cell type
Differentiation:
Depends on gene expression
Forms specialized cells
Help me pleasee
For this presentation you will research and provide a summary of a planet of your choice. The presentation should be about seven slides in length. Your presentation will include:
• Title
• Introduction – gives an overview of the presentation
• Description of the planet
(a) Atmosphere/temperature
(b) Surface features
(c) Other interesting facts
(d) Picture of the planet
• Discovery of the planet
(a) Date of discovery
(b) Who discovered it
(c) Details of discovery
• Research on the planet
(a) Description of research
(b) How research is conducted
(c) Why it is important
• Scientific questions about the planet
(a) Three to four unanswered scientific questions about the planet
• Sources – list the websites and other sources you used
Remember to make a list (i.e., bullet points) on each slide. The slides should feature the highlights of the main idea. The bullet points should be short phrases (at most, one sentence) that highlight key points.
Answers
To create a presentation about a planet of your choice, follow the outlined structure below:
1. Title Slide: "Planet Name: A Fascinating Exploration"
2. Introduction Slide: "In this presentation, we will explore the intriguing features of Planet Name, its discovery, ongoing research, and scientific questions surrounding it."
3. Description of the Planet Slide:
a. Atmosphere/temperature: Briefly describe the planet's atmosphere and temperature.
b. Surface features: Highlight key surface features of the planet.
c. Other interesting facts: Include a few interesting facts about the planet.
d. Picture of the planet: Add a captivating image of the planet.
4. Discovery of the Planet Slide:
a. Date of discovery: State when the planet was discovered.
b. Who discovered it: Name the person or team responsible for the discovery.
c. Details of discovery: Briefly describe how the planet was discovered.
5. Research on the Planet Slide:
a. Description of research: Outline the current research being conducted on the planet.
b. How research is conducted: Describe the methods or tools used in research.
c. Why it is important: Explain the significance of the research.
6. Scientific Questions Slide: List three to four unanswered scientific questions about the planet.
7. Sources Slide: List the websites and other sources used in your research.
This structure ensures that the presentation covers all relevant information about the chosen planet, from its discovery to ongoing research. The bullet points on each slide should be concise and focus on the key points.
By following this outline and including the necessary information, your presentation will provide a comprehensive and engaging summary of the planet you have chosen to research.
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(c) Oxygen passes from the alveolus into the blood.
Name the part of the blood that carries the most oxygen.
Answers
Answer:
Undoubtedly, Red Blood Cells are the ones carrying the most oxygen.