These sausage shaped organelles burn glucose and store the energy as ATP

Answers

Answer 1
Answer: The answer is mitochondria. They are the powerhouses of the cell.
Hope that answered your question.

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What might be some of the economic and environmental tradeoffs of producing clothes from human-made polymers, such as nylon, and polyester versus natural polymers, such as cotton?

Answers

The price of cotton is very high, because it is a natural fiber that must be cultivated and then harvested in certain months of the year, which in itself is a disadvantage because it interrupts the continued production of textile merchandise.

The above generates a very strong economic impact, in addition the environmental impacts are what most concern since to keep this crop in good condition, the use of pesticides, fertilizers and other minerals is constantly used that greatly pollute rivers and lakes, affecting Biodiversity. Cotton is the largest consumer of water among agricultural products, which also generates a great depletion of this valuable water resource.

For the above reasons, the use of artificial polymers emerged as a more economical and environmentally friendly alternative, since sports garments are cheaper and more resistant, they can also be kept longer, they are also more resistant to wrinkles, moths and mold.

You can find more information in this link:

brainly.com/question/21491886

Answer:

Synthetic clothes are economically less expensive and lightweight compared to common traditional clothes; however, they pose difficulties for recycling

Explanation:

Polymers are compounds made of long repeating molecules, which can be classified according to their origin into natural and synthetic. Synthetic polymers include, among others, nylon (household products), polyvinyl chloride, also known as PVC (clothing), polypropylene (packaging), etc. As compared to traditional clothes made up of cotton, synthetic clothes offer significant advantages related to production costs, i.e., they can be produced in high-scale processes, and automated production is less expensive than traditional processes. However, synthetic polymers consist of long repeat chains of molecules that have very strong atomic bonds, which make difficult their degradation by decomposers (i.e., non-biodegradable in nature). The process of degradation of synthetic clothes can take up many years to break down these compounds. In addition, synthetic clothes are also pollutants because they are lost in the water when they are laundered, remaining for many years in water ecosystems.

Some vitamins can be produced by the body.
TRUE
FALSE

Answers

Answer:

true

Explanation:

my freind says so..

True because your body requires all lot vitamins and they need them to fight against bacteria.

What is a plants epidermis? What is its function?

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the outer layer of a plant is the cuticle and it helps retain water!

Please help!!!!!!!!!!!!!!!!!!

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/ similiar chromosomes,one from each

parent

Which cellular process results in the most significant production of ATP? a. oxidative phosphorylation b. Krebs cycle c. glycolysis d. fermentation

Answers

Answer:

Answer is A . Oxidative phosphorylation.

Explanation:

A mechanism or metabolic  pathway that produce adenosine triphosphate, ATP, by using the energy produced during the oxidation of nutrients is described as oxidative phosphorylation. This metabolic pathway is known to be the pathway for the production of adenosine triphosphate, ATP in living organisms, i.e, in plants and animals.

It was discovered that , oxidative phosphorylation takes place in the mitochondria , specifically during aerobic respiration.

Note that, aerobic respiration is the type of respiration that occur in the absence of oxygen.

In the following tetrahybrid cross AaBbCcDd x AaBbCcDd what proportion of the F2 offspring would be expected to be genotypically AABBCCdd?A. 3/4
B. 1/2
C. 1/256
D. 81/256
E. 9/256

Answers

Answer:

C. 1/256

Explanation:

In the tetrahybrid cross, we have different four groups. Let name them Part (A, B, C &  D).

Let Part A be Aa and Aa... If both traits crosses; we have

         A          a

A       AA        Aa

a        Aa        aa

Hence, there is a total of 4 combinations

Let Part B be Bb and Bb... If both traits crosses; we have

         B          b

B       BB        Bb

b       Bb         bb

Hence, there is a total of 4 combinations

Let C be Cc and Cc ... If both traits crossses; we have

         C           c

C       CC        Cc

c        Cc        cc

Hence, there is a total of 4 combinations

Let D be Dd and Dd... If both traits crosses; we have

         D          d

D       DD       Dd

d        Dd       dd

Hence, there is a total of 4 combinations

A genotype has the 4 groups together. Therefore the possible number of ways of forming the genotype = 4 x 4 x 4 x 4= 256

Now, Probability that the F2 offspring would be expected to be genotypically AABBCCdd = (number of genotype AABBCCdd)/(Total number of genotype in the offsprings)

= (1)/(256)