How is the amount of sugar(molasses) related to the rate of cellular respiration

Answer: ty for answers

Explanation:

Answer:

The four types of tissue found in the human body are:

epithelial tissue.

connective tissue.

nervous tissue.

muscle tissue.

Explanation:

Answer:

stomach

small intestine

Answer:

DNA polymerases and aminoacyl-tRNA synthetases (ARSs) represent large enzyme families with critical roles in the transformation of genetic information from DNA to RNA to protein.

Explanation:

Answer:

DNA polymerases and aminoacyl-tRNA synthetases (ARSs) represent large enzyme families with critical roles in the transformation of genetic information from DNA to RNA to protein.

Explanation:

Aminoacyl-tRNA synthetases (aaRS) play a central role in protein biosynthesis by catalyzing the attachment of a given amino acid to the 3' end of its cognate tRNA. They do this by forming an energy-rich aminoacyl-adenylate intermediate of the cognate amino acid, which serves to transfer the amino acid to the tRNA.

Answer:​Express interest and concern for others, especially when they are having troubles.

Recognize that disabled people deserve the same respect as anyone else.

Answer:

help people in  need, rescue stray pets in need of a home

                i love animals.

Answer:

1. E. 210 red, smooth; 210 tangerine, hairy; 40 red, hairy; 40 tangerine, smooth

2. B. 0.453

Explanation:

1. Recombination frequency = 16 %  

100 % _____ 500 offspring

16 % ______ X = 80 of the offspring will be recombinant (i.e., 40 red, hairy + 40 tangerine, smooth), while the remainder progeny (420) will have the parental genotypes >> 210 red, smooth and 210 tangerine, hairy (i.e., 210 + 210 = 420).

2. Expected double recombinants = 0.16 x 0.08 x 1000 = 12.8  

Coefficient of coincidence (c) = 7/12.8 = 0,546875

Coefficient of interference (CI) = 1 - c >>

CI = 1 - 0,546875 = 0.453125

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Answer:

As a new teacher in the infant room, I appreciate my co-teacher's suggestion to include calendar time during our morning meeting. This valuable activity will not only foster a sense of routine and structure but also introduce foundational concepts to the infants. I wholeheartedly agree with the proposed activities, which include singing the days of the week song, placing the date and month on the calendar, and identifying the weather.

During calendar time, the infants will have the opportunity to engage in a fun and interactive learning experience. By singing the days of the week song, we can introduce them to the concept of time and help them become familiar with the days in a rhythmic and enjoyable manner. This activity will also enhance their language development and memory skills.

Placing the date and month on the calendar will introduce the infants to the concept of numbers and the sequence of months. It will help them understand the passage of time and provide a visual representation of the current day and month. This activity will encourage their cognitive development and improve their understanding of the calendar system.

Identifying the weather is another important aspect of calendar time. By discussing and observing the weather conditions each day, we can help the infants develop an understanding of the world around them. This activity will promote their observational skills and broaden their vocabulary as they learn to associate different weather patterns with specific words.

Overall, incorporating calendar time into our morning meetings will not only create a structured routine for the infants but also lay the foundation for their cognitive and language development. I am excited to implement these activities and witness the growth and engagement of the infants as they participate in calendar time.

Answer:

Cellular differentiation is the process in which a cell changes from one cell type to another. Usually, the cell changes to a more specialized type.

Stem cells can become a variety of types of cells, while differentiated cells like red blood cells are fully specialized cell types. ... A stem cell produces a mesoderm cell, which can then further differentiate to form a muscle stem cell. From there it differentiates into a smooth muscle cell.

Answer/ Explanation:

A plant cell has a wall, so the plant can grow tall.

The wall protects the cell, and keeps it rigid; It surrounds the membrane, which is made of phospholipid!

So the cell wall is helpful I suppose, did I mention, it is made of cellulose?

Unlike the animal, the plant cell has a central vacuole; it stores water and nutrients, that's its goal!

Plant cells are amazing - they can make their own food. It's stored in the form of starch, I bet that tastes good!

How do they make their food? Are they chefs? I simply cannot visualise! Oh wait, now I remember, plants can photosynthesize!

Cancer occurs when the signals for apoptosis or cell death are disrupted or ignored, which results in uncontrolled growth of cells. This could occur due to a number of different reasons.

Apoptosis is the form of programmed cell death which occurs in multicellular organisms. These biochemical events lead to the changes in the characteristics of cell and ultimately death of the cell.  

The changes which occur during apoptosis include cell shrinkage, nuclear fragmentation, chromatin condensation, mRNA decay, and DNA fragmentation.

A change in the gene can disrupt this programmed cell death mechanism. These could be due to mutations which can lead to uncontrolled cell division and growth of tumor which cause cancer in an organism.

Learn more about Cancer here:

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Answer:

Enzymes are proteins that bind to a molecule, to modify it and lower the energy required to make it react. ( In other words , enzymes are biological catalysts.

Catalysts lower the activation energy for reactions.

In simple terms , The lower the activation energy for a reaction, the faster the rate. )

The activation energy is the energy needed to start a reaction.

Explanation:

Thus enzymes speed up reactions by lowering activation energy.

Answer:

Glycolysis must occur before ATP is produced, regardless of whether it is fermentation or the citric acid cycle that follows. Because hexokinase is involved in this preliminary step, if its activity were stopped, the cell could not continue to produce ATP by either pathway.

Explanation:

Answer: B. The Krebs cycle could not function

Explanation:

Evidence from studies of brain lesions and neuroimaging techniques supports the concept of localized functions in specific brain structures during the execution of behavior and mental processes.

For more questions on neuroimaging

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Answer:

Scientists will analyze their data.

Explanation:

The other options would have previously been done before conducting the experiment.

Answer:

Met - Lys - Gly - Glu - Arg - Leu - Tyr (some of these are not there)

Explanation:

tRNA anticodons are complementary to the mRNA codon.

AUG corresponds to UAC (Met)

AAG corresponds to UUC (Lys)

GGC corresponds to CCG - not there, but corresponds to Glycine

CAA corresponds to GUU - not there, but corresponds to Glutamic acid

CGA corresponds to GCU - not there but corresponds to Arginine

CUU corresponds to GAA - not there but corresponds to Leucine

UAU corresponds to AUA - not there but corresponds to Tyrosine

Answer:

Two types of population growth patterns may occur depending on specific environmental conditions:

An exponential growth pattern (J curve) occurs in an ideal, unlimited environment.

A logistic growth pattern (S curve) occurs when environmental pressures slow the rate of growth. Two types of population growth patterns may occur depending on specific environmental conditions. Population growth is the increase in the number of individuals in a population. Global human population growth amounts to around 83 million annually, or 1.1% per year.Poverty is believed to be the leading cause of overpopulation. A lack of educational resources, coupled with high death rates leading to higher birth rates, result in impoverished areas seeing large booms in population.

Explanation:

Explanation:

The solution is hypotonic (lower concentration), and the inside of the cell is hypertonic (higher concentration). Water always moves in the direction of the higher concentration. Therefore, it would move inside the cell, and this will cause the cell to swell (get bigger), and eventually burst.

It is to be noted that the process by which water moves from a low concentrated solute to a high concentrated solute is called osmosis.

If a human blood cell containing 0.9 percent solute concentration were put into a container of 0 percent solute solution, the blood cell would definitely become bigger with time.

The blood cell would become bigger because water will enter into the cell from the surrounding solution (the solution in the container) by osmosis.

In this case, the solution in the container contains a lesser amount of solute when compared to the solute concentration in the cell. thus, the solution in the container is said to be hypotonic while the solution in the cell is said to be hypertonic. Isotonic solutions have the same solute concentration as cells place in them.

Water will always move from a hypotonic to hypertonic solution as far as osmosis is concerned. Therefore, the direction of movement of water in this case would be from the container into the cell.

More on osmosis can be found here: https://brainly.com/question/21395644

Answer:

Is this good??

Explanation:

By using a computer to create a model such as this would give you a more complex and detailed model. You will have symmetry with what you are creating. It might also be a faster process.

If you were to make this model by hand it would not be as accurate. The the individual ball you would have to paint. This would be a long process. It would take multiple attempts to have a curve shape.

Lastly,

Using a computer to make such a model would give you a more accurate and symmetric model. It would also be a quicker more efficient process.

Answer:

above answer

Explanation:

Answer:

I believe the answer is they are increasing

Explanation:

Answer C

Answer:

the final pH will be 9 with the same mix solution.

Answer; sample answer;

(Answers may vary.)

The town I live in has a river flowing near one of the schools. A few months back, residents noticed that pollutants were contaminating the river water. The residents identified the pollutants as the waste released from a newly constructed factory. The contamination is of prime concern to our town, because the river water is used as the public water supply to the nearby school. Therefore, the polluted water needs to be treated on priority to reduce health risks to the schoolchildren. In addition, the newly constructed factory needs to stop releasing waste into the river water. The following scientists can help address this environmental issue:

A geologist can investigate how the pollutants are transported to the river.

An ecologist can help determine how species are affected by pollution.

A chemist can investigate the biodegradation of the pollutants.

A soil scientist can investigate soil contamination or soil erosion occurring due to the pollution.

An environmental engineer can help design a water treatment system to remove the pollutants.

An economist can investigate and report the impact of the environmental issue on the local economy.

Explanation: edmentum/plato