The percentage of energy derived from fat while sleeping is 60-70 percent per day.
Further explanation
Calories are units for measuring energy. The energy needed by the body to breathe, to take selfies (which can sometimes be dozens of times a day), fights with girlfriends, eat, and so on.
Fat is an element (compound) that exists in living things (humans, animals, and plants). Fat functions to maintain body temperature, protect internal organs and help the absorption of vitamins A, D, E, and K in our body.
It can be concluded that Calories are a unit of measuring energy, while fat is a compound whose measuring unit is grams. So, the forms of calories and fat are different. Fat is part of the food, while calories are the energy contained in the food.
There are three types of burning of calories in the body which are as follows:
Primary CombustionBasal Metabolic Rate, to carry out its function so that we stay alive, all internal organs of the human body burn calories, including activities while sleeping. How many? An average of 60-70 percent of the total calories spent a day.
Second BurningDigestion, which means the process of "transferring" nutrients and energy from food into the body. To digest food, we burn calories. How many? An average of 10-15 percent of the total energy spent a day.
Third BurningTo move, as small as, to high-intensity exercise, we burn calories. On average about 15-30 percent of the total energy, we spend a day.
So, for example, in one day you eat food with a total energy of 2,000 calories. Then it turns out that your BMR is 1,400 calories. Then to digest food, you spend 300 calories, and from exercise that day you spend 300 calories. That means the total energy you spend is 1,400 plus 300 plus 300 calories or 2,000 calories. This means you do not burn fat.
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Class: High School
Subject: Biology
Keyword: Presentation of fat burning while sleeping.
Two parents of normal phenotype have a son with an autosomal recessive linked genetic disorder. What is the most likely cause of this?
a. Both parents must be heterozygous for the disorder, or carriers.
b. Because most of a human's genes are autosomal, it was never noticed that the parents had the condition.
c. Because the condition is on the X chromosome and the child only has one copy of the X.
d, Some environmental effect in the womb caused the child to express the disorder.
The answer: Both parents must be heterozygous for the disorder, or carriers. I'm positive of this answer because I took the test.
What is the correct order going from the bottom to the top of maslow's hierarchy of needs?
The Maslow pyramid has five tiers. Basic needs are made up of the bottom two tiers, safety and physiological demands. The following are psychological needs, often known as social and esteem needs. The Maslow hierarchy of requirements places self-actualization demands at its apex.
What bottoms to the top of maslow's hierarchy of needs?Maslow divided basic human needs into five groups, including those related to physiology, safety, social interaction, esteem, and self-actualization. Include the absolute necessities for life, such as the need for food, drink, air, and sleep. These include the desires for love, affection, and belonging.
From the bottom of the hierarchy up, needs to include physiological (food and clothing), safety (work security), love and belonging needs (friendship), esteem, and self-actualization.
Therefore, Physiological, safety, love/belonging, esteem, and self actualization.
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Total parenteral nutrition (tpn) should be used cautiously in clients with pancreatitis because such clients:
Total parenteral nutrition (TPN) should be used cautiously in clients with pancreatitis due to possible complications and the necessity of close monitoring for glucose levels. Consideration of quality of life and ethical implications is also vital in the management of such patients.
Total parenteral nutrition (TPN) should be used cautiously in clients with pancreatitis because it can contribute to complications such as higher rates of pressure ulcers and pneumonia, particularly in patients who are bedbound for extended periods. The use of TPN avoids the normal stimulation of the pancreas by enteral nutrition, which can affect the disease course of pancreatitis. It is important to consider the overall quality of life for such patients, as long-term artificial nutrition may lead to ethical dilemmas amongst healthcare personnel and the patient's family members. Implementing TPN requires careful planning and coordination of care.
Moreover, pancreatitis patients often face challenges related to glucose control, as their condition can affect insulin production and release. While insulin injections are a means to manage glucose levels, they cannot perfectly mimic the body's natural regulation of insulin. Therefore, patients receiving TPN must be carefully monitored for potential hyperglycemia or hypoglycemia, which are pathological sequelae of diabetes that can be exacerbated in cases of pancreatitis.
Imagine that your finger is accidentally caught in a closing car door. Describe the path of stimulus and response that would happen in the nervous and musculoskeletal systems.
Help fast please <3
Answer:
Sensory neurons in finger will tell the brain it hurts then the brain sends a response back through motor neurons making the finger move.
Biological recognition is important in processes at the molecular, cellular, and organismal levels. Choose ONE of the following, explain how the process of recognition occurs, and discuss a specific example.
-Neurotransmitters are recognized in the synapse.
-Target cells respond to specific hormones.
This gas is formed when nitrogen oxides react with a group of air pollutants known as reactive organic substances in the presence of sunlight. It's presence in the stratosphere is protective but can be toxic in the troposphere.
carbon dioxide
nitrogen
ozone
hydrogen
Mountains are a geographical feature found in many biomes. the rain shadow effect is where ________.
When blood glucose levels drop below normal, hormones signal the breakdown of ______, which releases glucose into the blood?
When the level of glucose drops below the normal level there occurs the breakdown of glycogen so as to provide glucose molecule to the body as it acts as the immediate source of energy.
Further Explanation:
Glycogen is the stored form of carbohydrate in the body of living organisms. When the level of glucose in the blood drops down then this stored glycogen is broken down to release glucose in the blood which acts as an immediate source of energy.
Glycogen and Insulin hormone act as the main signals that determine the level of glucose in the bloodstream. Glucagon enhances the level of glucose in the blood while insulin decreases the level of glucose in the blood insulin induces the cells to take of glucose thereby decrease the amount of glucose in the blood. A high level of glucose may cause diabetes.
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Answer Details:
Grade: Middle school
Chapter: Biomolecule
Subject: Biology
Keywords:
Glucose, glycogen, energy, carbohydrate, living organism, blood, Insulin, bloodstream, glucagon, diabetes.
Select all that apply.
Which of the following statements about Boyle's law are correct?
The temperature and pressure must remain constant for the law to apply.
The temperature and the number of molecules must remain constant for the law to apply.
As the pressure of a gas increases, the volume increases proportionally.
As the pressure of a gas increases, the volume decreases proportionally.
Final answer:
Boyle's Law states the volume of a gas is inversely proportional to its pressure, provided temperature and the number of gas molecules remain constant. Correct statements about Boyle's Law include the necessity for constant temperature and number of molecules, and that an increase in pressure leads to a proportional decrease in volume.
Explanation:
The question asks for a clarification on statements about Boyle's Law, which is a fundamental principle in physics related to the behavior of gases under varying pressures. Boyle's Law states that for a given amount of gas at a constant temperature, the volume of the gas is inversely proportional to its pressure. This means if pressure increases, the volume decreases, and vice versa, assuming the temperature and the number of molecules of the gas remain unchanged.
The temperature and the number of molecules must remain constant for the law to apply.As the pressure of a gas increases, the volume decreases proportionally.Therefore, the correct statements relating to Boyle's Law are that the temperature and the number of molecules must remain constant for the law to apply, and as the pressure of a gas increases, the volume decreases proportionally. These principles help in understanding and predicting the behavior of gases under different pressures.
A species is a group of organisms capable of mating and producing offspring. this is another way of saying that a species is ____________ isolated. question 1 options: extremely geographically inductively reproductively
Answer:
reproductively
Explanation:
A biological species is defined as group of individuals that can interbreed among themselves and can produce fertile progeny. Members of two different species can not interbreed and produce the fertile progeny. Therefore, a species is a group of organisms capable of mating and producing offspring and is reproductively isolated from other species.
In your own words, explain how cladograms provide reliable information about the evolution of organisms based on adaptations.
Answer: Cladogram can be defined as the diagram in which the cladistics shows the relationships among organisms.
It is different from an evolutionary tree as it does not shows how the species are related to their ancestors.
It uses a line that turns into different branches in different directions ending at a clade, which shows a group of organisms with last common ancestors.
A patient with allergic rhinitis is taking a compound product of loratadine/pseudoephedrine [claritin-d] every 12 hours. the patient complains of insomnia. the nurse notes that the patient is restless and anxious. the patient's heart rate is 90 beats per minute, and the blood pressure is 130/85 mm hg. the nurse will contact the provider to:
Predators of different species competing for the same prey is called ______________ competition.
Why do some regions specialize in "milk products" like cheese and butter rather than fluid milk? identify some of these important regions?
The characteristic that all lipids have in common is that _____. see concept 5.3 (page 72)
Lipids all have the characteristic of being hydrophobic, meaning they repel water. They are composed of hydrocarbon chains that do not dissolve in water. Examples include fats and phospholipids.
Explanation:The characteristic that all lipids have in common is that they are hydrophobic, meaning they repel water. Unlike other biological molecules, such as carbohydrates and proteins, lipids do not dissolve in water. This is because lipids are composed mostly of hydrocarbon chains, which are nonpolar and do not form hydrogen bonds with water molecules.
For example, fats, which are a type of lipid, consist of three fatty acid chains attached to a glycerol molecule. The fatty acid chains are hydrophobic, while the glycerol molecule is hydrophilic. This creates a structure that repels water.
Other types of lipids, such as phospholipids found in cell membranes, also have a hydrophobic region and a hydrophilic region. The hydrophobic tails of phospholipids face inward, away from the watery environment, while the hydrophilic heads face the water. This arrangement helps to form the structure of the cell membrane.
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The round usda inspection stamp on poultry means that the birds are
Select the four statements about plasmodium that are true. view available hint(s) select the four statements about plasmodium that are true. plasmodium cells infect two specific types of cells in humans. the life cycle of plasmodium involves only haploid forms. plasmodium cells are transferred to humans through mosquito saliva. inside an infected mosquito, haploid gametes fuse, forming a haploid zygote that develops into an oocyst. when a mosquito bites a human with malaria, diploid plasmodium cells enter the mosquito. inside an infected mosquito, haploid gametes fuse, forming a diploid zygote that develops into an oocyst. the complete life cycle of plasmodium requires two hosts. submit
The four statements that are true are:
Plasmodium cells infect two specific types of cells in humans.Plasmodium cells are transferred to humans through mosquito saliva.Inside an infected mosquito, haploid gametes fuse, forming a diploid zygote that develops into an oocyst.The complete life cycle of Plasmodium requires two hosts.Humans and mosquitoes host Plasmodium. The female Anopheles mosquito injects sporozoites into humans during blood meals. Sporozoites infect liver cells and become schizonts, which burst and release merozoites.
Parasites infect red blood cells after liver replication. Infected mosquitoes fuse haploid gametes into a diploid zygote that becomes an oocyst. The mosquito's salivary glands get sporozoites from the oocyst rupture. Diploid Plasmodium cells penetrate mosquitoes after malaria bites. Plasmodium cells infect human liver and red blood cells.
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Final answer:
Four statements about Plasmodium that are true include its infection of two types of human cells, cell transfer through mosquito saliva, the formation of a diploid zygote in mosquitoes, and its requirement for two hosts to complete its life cycle.
Explanation:
The four true statements about Plasmodium, the parasite that causes malaria, are:
Plasmodium cells infect two specific types of cells in humans - the liver cells during the exoerythrocytic stage and the red blood cells during the erythrocytic stage.Plasmodium cells are transferred to humans through mosquito saliva - when an infected Anopheles mosquito bites a human, it injects sporozoites from its salivary glands into the bloodstream.Inside an infected mosquito, haploid gametes fuse, forming a diploid zygote that develops into an oocyst - this occurs in the mosquito midgut after it ingests gametocytes from an infected human.The complete life cycle of Plasmodium requires two hosts: a vertebrate host (humans) where the parasite develops in liver and red blood cells, and a mosquito vector where sexual reproduction occurs forming sporozoites that are passed on to the next vertebrate host.The statement that the life cycle of Plasmodium involves only haploid forms is incorrect because the zygote formed when gametes fuse is diploid. Additionally, the statement that inside an infected mosquito, haploid gametes fuse, forming a haploid zygote that develops into an oocyst is also incorrect as the zygote is diploid. Lastly, the statement when a mosquito bites a human with malaria, diploid Plasmodium cells enter the mosquito is incorrect because it is the haploid gametocytes that are ingested by the mosquito, not diploid cells.
What toxic compounds can be found in bottled water? Where do they come from?
Bottled water can contain harmful compounds like Bisphenol A (BPA), Fluoride, Benzene, Toluene, and Xylene, originating from the manufacturing process and contamination from industrial activities. Chlorinated compounds are used as disinfectants but don't successfully eliminate all organisms. Furthermore, water close to industrial areas often contains contaminants, including chemicals and untreated waste.
Explanation:Bottled water can contain several toxic compounds, the source of which mostly come from the process of bottling and industrial contamination of water sources. Some notable examples are Bisphenol A (BPA), which is used in the manufacturing of hard plastics and may contaminate the water within the bottle; Fluoride which, although beneficial in small amounts, can have adverse health effects when consumed in large quantities; and harmful chemicals used in the fracking industry, such as Benzene, a carcinogen, Toluene, a system depressant, and Xylene, a neurotoxin.
Chlorinated compounds are used as disinfectants, but they may irritate the skin, eyes, and nasal passages, and they may not completely eliminate certain organisms. Cryptosporidium, for example, is a hardy protozoan parasite that can survive in chlorinated water.
Water in proximity to industrial activities or human settlements often becomes contaminated with chemicals, radioactivity, heat, and untreated waste leading to compromised water quality. Pollutant accumulation from the food chain can result in the ingestion of harmful substances by humans, including carcinogens like mercury.
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Cross a parent that is homozygous recessive for both traits (bbee) with a dihybrid (BbEe). First, draw a Punnett square in your notes. For each offspring in the Punnett square, determine the phenotype. In other words, what are the fur color and eye color? Finally, use that information to fill in the predicted fraction of each phenotype in the data table below. Predict Results with Linked Genes Black Fur and Black Eyes Black Fur and Red Eyes White Fur and Black Eyes White Fur and Red Eyes Predicted Fraction /16 /16 /16 /16
The picture shows the correct answers.
During an action potential, the rapid decrease in sodium ion permeability and the simultaneous and rapid increase in potassium ion permeability is responsible for __________.
What physical property determines how warm It needs to be for ice to change to water
What is the primary function of the organelle labeled X in this cell
Which of the four main sources of water contain salt water? contain fresh water?
The oceans and beaches are regarded as sources of salt water and The rainfall we receive from the rain is known as groundwater.
What is groundwater?Aquifers are structures that hold groundwater. An aquifer is a geological formation, or a portion of one, made up of permeable material with the capacity to store or yield large amounts of water.
Unconsolidated sands and gravels, permeable sedimentary rocks like sandstones or limestones, fractured volcanic and crystalline rocks, etc. can all be found in aquifers.
Rain and snowmelt as well as water that seeps through the bottom of some lakes and rivers (naturally) recharge the groundwater. When irrigation systems for crops use more water than is necessary or when water delivery systems leak, groundwater can also be refilled.
Therefore, The oceans and beaches are regarded as sources of salt water and The rainfall we receive from the rain is known as groundwater.
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Which is a disadvantage of using aquaculture to produce fish? apes?
With a patient that is administered an injection of erythropoietin (epo) you would expect to see ________.
If a patient is administered with an injection of erythropoietin or EPO, it is expected to see an increase hematocrit. It is because erythropoietin stimulates red blood cell production in which when there is an over production of red blood cells, this could cause the hematocrit to increase.
Erythropoietin (EPO) injection stimulates the production of red blood cells (RBCs), benefiting patients with anemia and potentially enhancing endurance performance. Careful regulation is required to prevent complications from excessive increase in RBCs.
Explanation:When a patient is administered an injection of erythropoietin (EPO), you would expect to see an increase in the production of red blood cells (RBCs). EPO is a hormone that stimulates the bone marrow to produce more RBCs, leading to an increase in the total number of RBCs in circulation.
This increase in RBC production can have several beneficial effects. It can help treat conditions like anemia, where there is a decrease in the number of RBCs, and improve oxygen delivery to tissues. Additionally, it can enhance performance in endurance sports as more RBCs mean more oxygen is available to muscles.
However, it is important to note that the administration of EPO should be carefully regulated to prevent excessive increase in RBCs, which can lead to a condition called polycythemia. Polycythemia can increase the risk of blood clots and other complications.
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Hypersecretion of ________ results in increased urinary output and dehydration.
Hypersecretion of antidiuretic hormone (ADH) leads to excessive urination (polyuria) and can cause dehydration. This hormone is essential for water retention in the kidneys, and its deficit leads to conditions like diabetes insipidus.
Explanation:Hypersecretion of antidiuretic hormone (ADH) results in increased urinary output and dehydration. ADH, also known as vasopressin, is crucial for maintaining the body's water balance. It regulates the amount of water excreted by the kidneys by causing reabsorption of water in the kidney tubules. In conditions such as diabetes insipidus or after consuming substances like alcohol, there can be underproduction or inhibition of ADH release. This leads to an inability to retain water, resulting in excessive urination, or polyuria, which can cause dehydration. A healthy person usually produces less than 2.5 liters of urine per day, but conditions that inhibit ADH can increase urine output significantly.
Plants use photosynthesis to meet their survival needs by enabling them to
Biotic factors of an ecosystem could include which of the following? A. the quantity of water available B. all animal populations C. all types of plants D.the temperature range
What happens when blood glucose levels fall below normal? 1. The pancreas releases insulin. 2. The pancreas releases glucagon. 3. The pituitary gland releases insulin. 4. The pituitary gland releases glucagon.
Answer:
2. the pancreas releases glucagon
Explanation:
its not 1 because insulin is used to decrease blood glucose levels.
its not 3 because the pituitary gland does not produce insulin and insulin is not needed
its not 4 because the pituitary gland does not release glucagon.
it IS 2. because the pancreas DOES produce glucagon and GLUCAGON is needed to move GLUCOSE into the blood stream.
When the levels of sugar levels in the body fall below the normal level, the pancreas releases glucagon. Therefore, option "B" is correct.
What is the function of the glucagon hormone?Glucagon is a peptide hormone. it is a glucose-regulatory hormone. it is released by the pancreas. When the levels of glucose drop in the blood it works against the insulin by stimulating the hepatic cells for the production of glucose. This results in an increase in levels of glucose to normal levels.
Insulin hormone is released when the levels of sugar are high in the blood to lower it whereas glucagon is released when the levels of sugar are low in the blood to bring it to normal.
Therefore, glucagon increases the levels of glucose when falls below normal levels.
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Ricky notices a similarity between a fried egg and the diagram of a cell. Which cell organelles is Ricky likely to associate with the parts of the egg?
Answer:
The correct answer is nucleus.
Explanation:
A fried egg comprises the yolk portion in the center facing up, and this yolk part is surrounded by the white part known as albumen. An individual on observing the fried egg and the diagram of a cell can see a certain resemblance. That is the yellow portion of the fried egg can be matched easily with the nucleus of the cell, and the white part, that is, the albumen with the cell's cytoplasm. The nucleus refers to a cell organelle that is found within the cells in eukaryotes, while the fluid part found within the cells is known as cytoplasm.