The Order Of Fermentation Rate Using These Substrates Is Arranged From Highest Rate To Lowest (left To (2024)

Biology College

Answers

Answer 1

Answer: Its true

Explanation: The order of fermentation rate using these substrates is arranged from highest rate to lowest (left to right) Glucose---sucrose---fructose--starch True False

Answer 2

It is true that the order of fermentation rate using these substrates is arranged from highest rate to lowest Glucose, sucrose, fructose, and finally starch.

What is fermentation?

Fermentation is a biological process that involves the action of enzymes to produce chemical changes in organic substrates.

It is narrowly defined in biochemistry as the extraction of energy from carbohydrates in the absence of oxygen.

Fermentation is a chemical process that breaks down molecules such as glucose anaerobically.

Fermentation is a chemical process that breaks down carbohydrates such as starch and glucose anaerobically.

Fermentation has numerous health benefits and is used to make alcoholic beverages, bread, yogurt, apple cider vinegar, and other products.

Fermentation serves many purposes, including adding new flavors and textures to food, extending food shelf life, making some nutrients more easily absorbed by the body, and providing a habitat for probiotics to grow and reproduce.

The fermentation rates for these substrates are listed in the following order: glucose, sucrose, fructose, and finally starch.

Thus, the given statement is true.

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Related Questions

A prairie:

A .is always hot
B. is covered with grass
C. never gets rain
D. has dense forests​

Answers

B.
I hope this helps :)

B is coverd with grass

Which of the following is not a characteristic of DNA?
complementarity
antiparallel strands
double-stranded
composed of nucleotides
contains ribose

Answers

Hdheheheh I don’t care the third one I think

Describe the process of positive feedback and how it maintains homeostasis.
(100 points)

Answers

Answer:

Homeostasis is the tendency to resist change in order to maintain a stable, relatively constant internal environment. Homeostasis typically involves negative feedback loops that counteract changes of various properties from their target values, known as set points

Explanation:

Select the correct answer. A physician examines a patient who complains of breathing problems. She finds fluctuations in the patient's blood pressure and heart rate. The physician thinks it's because of a brain Injury. Which part of the brain is affected?​

Answers

(Medulla oblongata) is the part of the brain which is affected of the patient who is complaining of breathing problems. The (Medulla oblongata) is a vital center which controls visceral activities such as breathing, heart rates, blood pressure, swallowing and vomiting.

Hope This Helps!!

Answer:

Medulla oblongta

Explanation:

During G2 the Wee1 protein phosphorylates tyrosine-15 of the Cdc2 protein kinase, thus inactivating it. Only once dephosphorylation occurs and Cdc2 becomes active carn the cell pass from G2 into M and proceed to cell division. Can you think of a reason why the Wee1 protein was named as such?

Answers

Answer:

cells can't fully grow in Wee1 mutants

Explanation:

The G2 phase is a period where cell growth and proteins are synthesized to prepare for cell division. The Wee1 protein is a dosage-dependent inhibitor of mitosis. Moreover, the cyclin-dependent kinase 2 (cdc2) is a protein involved in the regulation of the cell cycle which phosphorylates serine residues in Wee1. However, in Wee1 mutants, Cdc2 is not inactivated (phosphorylated). This change causes cells to enter M phase prematurely, thereby producing "wee" mutant cells.

Question 47
2 pts
If our body could not do any anabolic chemical reactions for a short time
then during that time our body would not be able to...
o Maintain a constant temperature around 98 degrees fahrenheit
O Burn sugar and fat
O Move
O Make new cells
Question 48
2 pts

Answers

Our body would not be able to make new cells.

Which of the following are contributions of deforestation to global climate change? Select all that apply.
Conversion of forest to cropland or pasture decreases the rate at which carbon is taken up by plants.
Cut trees are often burned, and this releases carbon into the atmosphere.
Clearing of forests increases the leaching of nutrients in affected regions.
Deforestation increases the risk of landslides in cleared regions.

Answers

Answer:

The correct answer is -

Conversion of forest to cropland or pasture decreases the rate at which carbon is taken up by plants.

Cut trees are often burned, and this releases carbon into the atmosphere.

Explanation:

Deforestation is the manual removal of the forest and trees permanently to make the land available for places other than forests such as agricultural land, road or cities, and industries. There are many negative impacts of deforestation on the environment and ecology such as reduces biodiversity, soil erosion, a higher chance of flooding, educes soil fertility, global warming, and many more.

Global warming can be influenced by deforestation as if the forests are removed to create cropland the uptake of carbon dioxide will be very less in comparison to the forests as trees use carbon uptake at a higher rate. Many times deforestation also results in burning the trees and log of trees which contribute to the release of more carbon dioxide in the atmosphere. So deforestation means more CO2 in the atmosphere which leads to global warming.

Which of the following defines a blome?
•The collective term for all regions of Earth where life can exist.
•A region in which specific physical conditions support a distinctive blological community adapted to those conditions.
•Average weather conditions in a region over a long time period.

List out the role of polyploid in ornamental horticulture?​

Answers

Polyploidy is a major force in the evolution of both wild and cultivated plants- In addition, polyploidy often results in reduced fertility due to meiotic errors, allowing the production of seedless varieties...

Which of the following is not a way that the environment can influence traits?
the presence of toxins in the environment
through epigenetic factors
expression of the dominant trait
through variation in temperature

Answers

Answer:

The correct answer is - expression of the dominant trait

Explanation:

The ineraction of the genes such as dominant and recessive trait are incorporated in the genes and not influence by the environmental condition. These interaction are by the de noo mutations or due to the error in gene expression.

The environmental conditions like toxins cause alteration or mutation in the gene expressions. Temeprature or epigentic conditions are also the factor the can cause influence to traits.

If a cell suddenly stopped producing transfer RNA, which of the following processes would be immediately affected?
A) MUTATION
B) REPLACATION
C) TRANSCRIPTION
D)TRANSLATION

Answers

Answer:

D

Explanation:

If a cell suddenly stopped producing transfer RNA, the process that would be immediately affected is translation. The correct option is D.

What is translation?

The translation is the second step of the process of protein synthesis. In translation, the RNA give instruction to the ribosomes, and they produce protein.

The first step in protein synthesis is transcription, in which the DNA gives its template to produce RNA. The RNA then in translation produces protein. The translation is divided into three steps. They are initiation, elongation, and termination.

Initiation starts the process and elongation runs the process. The termination gives the stop codons to stop the process. The codons are the codes of genetic codes.

Thus, the correct option is D. translation.

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5.If the weather in Richmond, Virginia, changed to very cold (snow on the ground 8 months of each year) over the next few years, what change might occur?
a.The cold weather would cause a mutation in squirrels which causes their fur to be white.
b.If a mutation occurred which caused white fur to develop, such white squirrels would have a better chance to survive and produce more offspring with the characteristic.
c.Evolution would definitely occur resulting in white squirrels.

Answers

Answer:

A.

Explanation:

Because, they would have to adapt to their surroundings to survive and the white fur is a little thicker and help them blend in better form predators

b. If a mutation occurred which caused white fur to develop, such white squirrels would have a better chance to survive and produce more offspring with the characteristic.

What is natural selection?

If a mutation occurred in a squirrel that caused it to have white fur, and if this trait helped the squirrel survive and reproduce more effectively in a cold, snowy environment, then it is possible that the trait could become more common in the population over time. This is known as natural selection.

However, it is important to note that whether or not a particular trait will become more common in a population depends on many factors, including the environment, the competition for resources, and the presence of predators.

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g When an oxygen molecule diffuses from the air in the lung into the plasma in a capillary in the lung, how many times does it have to diffuse through a plasma membrane before reaching the plasma

Answers

Answer:

The answer is 2.

Explanation:

When oxygen gets into the lungs, it first needs to diffuse through the alveoli and into the blood. Then through the veins and capillaries, it diffuses into all the calls in the body. It does so quite easily because it is a nonpolar and a very small molecule with a low concentration inside the cell. This gives it the ability to diffuse easily through the cell membrane.

So the number of times that oxygen has to diffuse through a plasma membrane is two.

I hope this answer helps.

NaCO3 was used as a source of carbon dioxide in the photosynthesis experiment. True False

Answers

The answer is True, it was a source.

Tanyia
If the sperm of a boa constrictor has 18 chromosomes, how many chromosomes will each skin cell of the snake have?

Answers

Answer:

18 chromosomes

Explanation:

If the sperm of a boa constrictor has 18 chromosomes, the number of chromosomes that each skin cell of the snake will have is 36 chromosomes.

What is meiosis?

Meiosis is the process of gamete formation where each daughter cell or gamete contains half the number for f chromosomes as the parent cell.

According to this question, the sperm of a boa constrictor has 18 chromosomes. The sperm is a gamete formed as a result of meiosis.

Therefore, If the sperm of a boa constrictor has 18 chromosomes, the number of chromosomes that each skin cell of the snake will have is (18 × 2) = 36 chromosomes.

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Latitudinal differences in surface warming give rise to global patterns of air circulation and rainfall. At the equator and the latitudes of 60 degrees ____. At the poles and the latitudes of 30 degrees _____.

A.cold, dry air sinks; warm, moist air rises and loses moisture as rain
B.warm, moist air rises and loses moisture as rain; cold, dry air sinks

Answers

Answer:

the answer is on letter A

Explanation:

Like

help biologiy!!!!! first answer brainliest

Answers

Answer:

1. - B

2. - A

3. - C

Explanation:

1. Body proteins amino acids.

2. Complex body carbs glucose.

3. Fat stores fatty acids and glycerol.

Hope it helps!<3

Answer:

coloum A

1. fat sources are amini acids

2. complex body carbs are gloucose

3. complex body carbs are fatty acids and glycreol

Match each type of stress with its description.
stress caused by rocks pulling apart
compression
stress caused by rocks being pushed in
opposite directions
tension
stress caused by rocks pushing together
shearing
Correct!

Answers

Answer:Shearing: stress caused by rocks being pushed in opposite direction

Tension: street caused by rocks pulling apart

Compression: stress caused by rocks pushing together

Explanation:

Matching the description with each type of stress associated with rocks, we have:

1. Tension: street caused by rocks pulling apart.

2. Shearing: stress caused by rocks being pushed in opposite direction.

3. Compression: stress caused by rocks pushing together.

A rock can be defined as a solid naturally occurring landform that is made up of minerals.

In Geology, stress can be defined as a force that acts on a rock per unit area.

Generally, there are four (4) main types of of stress associated with rocks and these include:

1. Tension: it is a stress typically caused by rocks pulling apart, which makes them to either increase in length or break apart.

2. Shearing: it is a stress typically caused by rocks being pushed in opposite direction due to the effect of parallel forces.

3. Compression: this is a stress that is caused by rocks pushing together, which makes them to either fold or fracture (break).

4. Confining stress: it is a stress typically caused by rocks being pushed down by the weight of any material above it.

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Need answer quick please!!
Which statement best summarizes how a parasite such as a tapeworm
causes disease?
A. Parasites use living cells to make new copies of themselves.
B. Parasites reproduce best in warm, moist environments.
C. Parasites are made up of genetic material surrounded by a
protein.
D. Parasites take nutrients from another organism's body.
lo

Answers

Answer:

D. Parasites take nutrients from another organism's body

Parasites by definition leech off of their hosts by stealing nutrients

Above is a bar graph showing how the average family uses water. Fresh water is a vitally important resource and its supply is limited. You want to try and help conserve this resource by cutting the usage of one of the fixtures above in half.

Answers

Answer:

We can't see the bar graph but showers use a lot of water so my guess would be cutting back on the time spent in the shower.

Explanation:

In patients with breast cancer, peau d’ orange skin is often first evident?

Answers

The areola is the most common initial site to visualize peau d'orange skin.

Hope this helps :)

Describe what a matrix organization is. Make sure you discuss the advantages and disadvantages of this structure.

Answers

Answer:

A matrix organization is an organizational structure where employs gets a command from two or more chain of lines and report multiple boss or manager and able to perform various roles in various functions.

Advantages:

- effective use of resources according to the roles in the function

- motivational atmosphere by performing multiple roles

- improved skills like, decision making and taking the initiative

Disadvantages

- increase in internal complexity and confusion

- increase in internal conflict due to multiple reporting lines.

- competition or ego clashes

PLEASE HELP IN ONE MINUTE WILL MARK BRAINLIST

Answers

Answer:

A) It has a reddish-brown color.

Answer:

A

Explanation:

physical property means what you can see, touch, taste or hear. it is the color reddish brown.

HELP TIMER WILL GIVE BRAINLY IF CORRECT!!!!

What must happen for most areas on Earth to experience all four seasons?
a) The Sun must reach its highest point in the sky.
b) The Northern Hemisphere must experience winter.
c) The axis must be tilted at a certain angle that remains unchanged.
d) The north end of Earth's axis must always point away from the Sun.

Answers

Answer:d

Explanation:

Which of the following is not an example of discontinuous variation?
attachment of ear lobes
height
blood type
biological sex

Answers

height is not an example

Give two regions of the body where the bones act as a protection for vital organs. name the bones and the organs they protect.

Answers

Answer:

The skull protects the brain, ribs form a cage that shelters the heart and lungs

Explanation:

The skull protects the brain; the thorax (sternum, ribs and spine) protects the heart, lungs and other viscera (organs within the thorax). The ribs form a cage that shelters the heart and lungs, and the pelvis helps protect the bladder, part of the intestines, and in women, the reproductive organs. Bones are made up of a framework of a protein called collagen, with a mineral called calcium phosphate that makes the framework hard and strong.

Which type of cell is found in the hypodermis?

Answers

Answer:

The hypodermis contains the cells known as fibroblasts, adipose tissue (fat cells), connective tissue, larger nerves and blood vessels, and macrophages, cells which are part of the immune system and help keep your body free of intruders.

Explanation:

The hypodermis is made up of fibroblasts, these cells are a part of the body's connective tissues. These secrete collagen proteins that help in maintaining the structural framework of body.

What is Hypodermis?

The hypodermis is the bottom layer of the skin in the body. It performs many important functions such as storage of energy, connecting the dermis layer (upper layer) of the skin to the muscles and bones underneath, insulating the body during different temperature range and protecting the body from harm which could happen due to injury. As a person age, the hypodermis decreases in size, and the skin starts to sag and becomes more vulnerable to harm and injury.

The hypodermis of skin contains the cells known as fibroblasts, with other cells such as adipose tissue (fat cells), connective tissue, larger nerves and blood vessels, and macrophages, which are all part of the immune system of an individual and helps to keep the body free of intruders.

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What must happen for most areas on Earth to experience all four seasons?
•The Sun must reach its highest point in the sky.
•The Northern Hemisphere must experience winter.
•The axis must be tilted at a certain angle that."
remains unchanged.
•The north end of Earth's axis must always point away from the Sun.
HELP ON TIMER

Answers

Answer:

The correct answer is - The axis must be tilted at a certain angle that." remains unchanged.

Explanation:

On the earth there ae many seasons but there are four major season, winter, summer, spring and autumn. The main reason that leads to all four season is the tilt of the sun at a specific angle that remain unchanged which leads to change in the distance to the sun at specific time of the year which result in different rays of sun the part. So, whatever hemisphere or part tilted towards the sun leads to different season for instance:

North pole tilted towards the sun - summer in northern hemisphere

south pole tilted towards the sun - winter in northern hemisphere

Answer:

The axis must be tilted at a certain angle that remains unchanged.

Explanation:

C on the test review. Good luck with your test/quiz/test review!

G A A G C G A T C A G T T A C G
Now write the mRNA strand for the given DNA strand

Answers

Answer:

http://www.sheffield.k12.oh.us/Downloads/DNA_base_pairing%20activity.pdf

Explanation:

Which two groups of organisms contain members that carry out photosynthesis?
O fungi and plants
O plants and algae
O protists and fungi
O animals and algae​

Answers

Answer: B. plants and algae

Explanation:

Answer:

plants and algae

Explanation:

:)

The Order Of Fermentation Rate Using These Substrates Is Arranged From Highest Rate To Lowest (left To (2024)

FAQs

Which substrate produced the lowest rate of fermentation? ›

Starch would likely show the least fermentation after 20 minutes as it requires additional enzymatic conversion into glucose before yeast can ferment it.

What has the highest rate of fermentation? ›

After collecting our data, we found that glucose had the highest rate of fermentation, followed by lactose, and then deionized water had the lowest rate of fermentation, as displayed by Figure 1 in the appendix.

Which of the following shows the correct order from most to least amount of fermentation in 20 minutes? ›

Final answer: The correct order from most to least amount of fermentation in 20 minutes is Glucose > sucrose > starch > water > fructose.

In what order do carbohydrates ferment in? ›

The correct answer is option B: Glucose > sucrose > fructose > starch > water. Carbohydrates undergo fermentation, which is a metabolic process that converts sugar into acids, gases, or alcohol. The rate of fermentation depends on the type of sugar present.

What is the best substrate for fermentation? ›

The traditional substrate for fermentation industries is sugar (cane or beet) or sugar-based byproducts such as molasses.

What are the substrates of fermentation? ›

Sugars are the most common substrate of fermentation, and typical examples of fermentation products are ethanol, lactic acid, lactose, and hydrogen. However, more exotic compounds can be produced by fermentation, such as butyric acid and acetone.

What type of fermentation is the fastest? ›

Of glucose, sucrose, and fructose, fermentation of glucose in yeast is the fastest and most efficient because glucose is a monosaccharide and does not need to be broken down. It can be used directly in the glycolysis cycle because it is already in a usable form. No energy use is required for this process.

How is the rate of fermentation determined? ›

The fermentation rate of the yeast can be calculated by measuring the volume of CO2 at the top of the tube and dividing it by the amount of time it took for that volume to form. In this exercise, you will be testing and comparing the fermentation rates of yeast cells that are using different sugars.

What is the chronological order of fermentation? ›

Fermentation begins with the inoculation of the growth medium using the desired microorganism. During the lag phase or incubation phase, the microorganisms adapt to their new environment. Cell growth at this point is still slow. Then begins the exponential growth phase in which the growth rate continuously rises.

Which is the correct order of carbohydrate fermentation rate from fastest to the slowest? ›

Starch must be broken down into monosaccharides before it can be fermented, hence it would ferment slower than the simple sugars. Water does not ferment as it is not a carbohydrate. Therefore, the correct order from fastest to slowest is likely D. Glucose, fructose, sucrose, starch, water.

What are the 4 phases of fermentation? ›

Fermentation is usually divided into four phases: lag phase, active phase, stationary phase, and conditioning phase. Fermentation is the process by which yeast produces all the alcohol, aroma, and flavor compounds found in beer.

What are the steps of the fermentation process? ›

Fermentation is an anaerobic process. It does not use oxygen. The fermentation reaction entails two major steps: (1) glycolysis and (2) electron transfer from NADH to pyruvate or its derivatives. The first step — glycolysis — is similarly the first step in cellular respiration.

What is the first pathway of fermentation? ›

In the first step of alcoholic fermentation, the enzyme invertase cleaves the glycosidic linkage between the glucose and fructose molecules. Next, each glucose molecule is broken down into two pyruvate molecules in a process known as glycolysis.

What are the two types of fermentation sequence? ›

The two types of fermentation are lactate and alcoholic fermentation.

How does the substrate affect the rate of fermentation? ›

The substrate is a material that contains nutrients for the growth of microorganisms during the fermentation process. The increase in substrate concentration could speed up the rate of the hydrolysis because more compounds are bound to the active side of the enzyme [3].

What slows fermentation? ›

There are two ways that we can slow down fermentation – lower the temperature or lower the amount of yeast. When it comes to cold fermentation it is extremely simple because we just mix the dough and pop it in the fridge where it will cool down and slow down.

Does glucose or sucrose ferment faster? ›

Of glucose, sucrose, and fructose, fermentation of glucose in yeast is the fastest and most efficient because glucose is a monosaccharide and does not need to be broken down. It can be used directly in the glycolysis cycle because it is already in a usable form.

Which substrate showed the highest rate of respiration? ›

The rate of cell respiration varies depending on the type of substrate used, with glucose typically yielding the highest rate. Cell respiration is a process that occurs in the mitochondria of cells to produce ATP, the energy currency of the cell. The rate of this process can be influenced by the type of substrate used.

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