Why are six carbon dioxide molecules required to make one glucose molecule?

Answer:

Scientific research is based on the scientific method. The objective of a scientific investigation is to obtain information based on observations to solve questions and understand the natural phenomena that surround us. In a scientific investigation it is important to be clear about the research question, the initial hypothesis, the methodology and how the results will be analyzed.

Answer:

Disassociation, polarization and attraction

Explanation:

In an hydrogen bond, the hydrogen act as partially positive atom while the other element to which it is bonded act as partially negative atom. This second element other than the hydrogen can be oxygen, fluorine, chlorine etc.

First the hydrogen bonds disassociates and polarizes thereby forming two poles one positive and the other one negative.

The positive poles now try to attract the negative pole of other molecule of the same substance or any other substance. The same happens with the negative pole also.

B. too many nuclear explosions in reactors

Macromolecules contain large number of atoms. Milk contains both carbohydrates and proteins, because it gave a positive result upon the addition of Benedict’s solution which indicated an orange color. It means that there is a concentration of reducing sugars in milk.

The correct answer is option C, that is, the presence of the nuclear membrane.  

Cyanobacteria is a phylum of bacteria that attain their energy via the process of photosynthesis, and are the only photosynthetic prokaryotes possessing the tendency to generate oxygen. As a prokaryote, they are devoid of the nuclear membrane.  

Euglena refers to a single cell flagellate eukaryote. It comes under the class Euglenoidea. The species of Euglena are witnessed in salt water and in freshwater. Being a eukaryote, they possess nuclear membrane.  

The difference between them is the presence of nuclear membrane in euglena.

A unicellular organism is an organism that possess only one cell. Usually, here are organelles in the cell that enables the organism carry out its functions

Euglena is;

So, euglena and Cyanobacteria are photosynthetic, they are able to manufacture their own food. However, the difference between them is the presence of nuclear membrane in euglena.

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The combining form referring to the male gland that encircles the upper end of the urethra is 'prostat/o' which relates to the prostate gland. It is used in medical terminologies like 'prostatitis' and 'prostatectomy'.

The combining form that refers to the male gland that encircles the upper end of the urethra is 'prostat/o'. This form is derived from the word prostate, which is the name of the gland in question. The word 'prostate' itself comes from a Greek word meaning 'one standing in front', referring to its location in the body. The prostate gland plays a crucial role in sexual functions and in the process of ejaculation.

For instance, in medical terminology, you may see this combining form used in words like 'prostatitis', which is inflammation of the prostate gland, or 'prostatectomy', which is the surgical removal of all or part of the prostate gland.

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Final answer:

Ocean currents transport sediments, thermal energy, nutrients, and dissolved gases, each affecting climate and marine life differently.

Explanation:

Aside from water, three examples of matter that are transported through ocean currents include sediments, thermal energy, nutrients, and dissolved gases. Sediments are often carried by currents from one location to another, affecting both marine ecosystems and the shape of the shoreline. Furthermore, thermal energy is transported particularly through global oceanic currents, influencing climate patterns. Nutrients and dissolved gases, such as oxygen, carbon dioxide, and others integral to life, are distributed across marine environments through the currents, impacting local and global ecosystems.

Jack is likely using a compound light microscope, which uses visible light through lenses to magnify specimens. He's adjusting the mirror for proper lighting and may need to refocus the microscope after switching to a higher magnification lens.

If Jack is adjusting the microscope's mirror to see a circle of light, he is likely using an optical microscope, specifically a compound light microscope. This type of microscope uses visible light and lenses to magnify objects and is the most commonly used microscope in many scientific fields. The purpose of the mirror is to direct light up through the bottom of the stage where the slide is placed so that the object being viewed is illuminated. This light then passes through the objective lenses, which magnify the specimen. Jack might also be adjusting the light intensity to ensure adequate lighting for a sharp and clear observation.

When Jack switches from a 10X to a 40X objective lens, as described in Laboratory Exercises in Microbiology, he must re-focus using the fine adjustment knob and potentially adjust the light again to ensure the specimen is still in sharp focus under this increased magnification. With a compound light microscope, after focusing with the low power lens, one usually rotates the nosepiece to switch to a higher power lens and refocus using only the fine adjustment knob to bring out the details of the specimen.

An estimated 75% of processed foods in U.S. supermarkets contain genetically engineered ingredients.

This high percentage can be attributed to common crops such as corn, soybeans, canola, cotton, sugar beets, and Hawaiian papaya being predominantly genetically modified.

Answer:

It decreases the amount of energy necessary for the reaction to proceed.

The enzyme known as ‘catalase’ is involved in the breakdown of hydrogen peroxide molecules into separate water and oxygen molecules helps speed up or speed slow down the reaction as it is an enzyme.

These are the biological catalysts that help to slow down or breakdown the rate of reaction that is the reaction in which the reactants are getting broken down into products.

Catalase enzyme that will help to breakdown the hydrogen peroxide into its products as mentioned in the equation which help to catalyse the reaction but remain unaltered on itself that is enzymes do follow the lock and key mechanism.

The substrate and enzyme fit into each other like the lock and key but after the condition change of reactants into products, the substituents remain unchanged and  without getting used gets released out from the reaction.

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Answer:

d

Explanation:

obviously.

The primary CPT code for an adenoidectomy is 42820. For a second adenoidectomy performed on the same patient in the same year, it could be coded as a repeat procedure using the modifier -76 or -77 after the main code.

The CPT® (Current Procedural Terminology) code for an adenoidectomy is generally 42820 for a single adenoidectomy or 42821 for adenoidectomy with tonsillectomy. But, if this is a second adenoidectomy performed on the same patient in the current year, then it could be coded as a repeat procedure using the modifier -76 or -77 following the primary code, depending on whether the same physician or a different one performed the procedure. For instance: 42820-76 or 42820-77.

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The products formed in the  process of photosynthesis are used up in the process of cellular respiration for the production of ATP (adenosine triphosphate) in the mitochondria of cell.

Cellular respiration and photosynthesis are the two basic life processes which takes place in plant cells. Cellular respiration takes place in all types of organisms, it is responsible for the production of energy in the form of ATP which is utilized by the cell in different functions.

The products formed during the process of photosynthesis i.e., glucose and oxygen molecules are utilized by the cell in the process of cellular respiration. In cellular respiration, the oxidation of glucose (carbohydrate) takes place in the mitochondria of cell which generates energy.

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Answer:

Helium

Explanation:

Helium has a lower density so sound waves travel faster through it

Geologists recognize three major types of plate boundaries, which are divergent, convergent plate boundaries, and transform plate boundaries.

Divergent Plate Boundaries are two plates that move away from each other and as the plates move apart, magma rises to fill the gap to create a new crust. Divergent boundaries are found at the bottom of the ocean to create mid-ocean ridges.

Convergent Plate Boundaries involve two plates moving toward each other. When two plates collide, one plate is forced under the other, and the process is called subduction, thereby, creating deep ocean trenches, volcanic activity, and mountain ranges.

Transform plate boundaries involve two plates moving past each other horizontally where the plates grind against each other, thereby, creating faults and earthquakes.

Therefore, divergent plate boundaries, convergent plate boundaries, and transform plate boundaries are the three major types of plate boundaries recognized by geologists.

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