What do two sugar isomers have in common

Answers

Answer 1

Answer: The thing that two sugar isomers have in common are their molecular formula. All isomers are compounds which have the same molecular formula but are actually made up of different structures - so for example although glucose and fructose have the exact same molecular formula, they are structured very differently which leads to them being very different types of sugar.

Related Questions

Which parts of the nitrogen cycle are involved in moving nitrogen from the atmosphere into the soil? a. 3 and 7 b. 1 and 4 c. 4 and 6 d. 6 and 7
Photosynthesis uses sunlight to convert water and carbon dioxide into
How does a radio use radiant energy
According to a recent encyclopedia entry about dog breeds, Labrador retrievers come in two specific breeds: English and American. The article cites six studies from several scientific journals about dog breeding showing that males of both breeds usually average 29-41 kg (65-90 lb) in weight, and females usually average 25-32 kg (55-70 lb) in weight. Anna’s female Labrador retriever weighs 38 kg (83 lb). What does Anna’s dog’s weight indicate about the reliability of this source?
What is a medium wave???

Which term describes an extensive network of tubes, sacs, and vesicles throughout a cell that provides transport as its main function?

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The endoplasmic reticulum is the term which describes an extensive network of tubes, sacs, and vesicles throughout a cell that provides transport as its main function. The endoplasmic reticulum is a small organelle and is found in most Eukaryotic cells. It is not found in red blood cells. The endoplasmic reticulum is a network in the core of the cell and occurs within the nuclear membrane and is involved in the synthesis of lipids and proteins. The endoplasmic reticulum also usually has ribosomes attached to it.

Answer:

B. endoplasmic reticulum

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Which of the snowshoe rabbit’s unique adaptations help it to survive predation in the taiga?a. hibernation
b. migration
c. seasonal color changes
d. insulating fur and feathers

Answers

The snowshoe hares undergo seasonal color changes, white for wintersnow and brown for spring/summer and rabbit’s unique adaptations help it to survive predation in the taiga.

What is adaptation?

Adaptation has been defined as the change that has been taken place in the habit or body structure of an organism according to situation to get fit for survival in changing environment. Adaptation has very important factor for the survival of the organisms and there are several types of adaptation such as behavioral, physiological, and structural adaptation.

Charles Darwin has been proposed the theory of the adaptation which states that "an organism that is able to adapt to changing environment will survive, the rest will be eliminated. Adaptation has been defined as the change that has been taken place in the habit or body structure of an organism according to situation to get fit for survival in changing environment.

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Snowshoe hares undergo seasonal color changes, white for winter snow and brown for spring/summer.

When scientists analyze a rock for its age they are able to determine what events occurred and how it affected life. What do scientists deduce from this? A. determine which fossils are more dense B. determine soil settling rates on earth C. that life on earth has stayed the same D. over time life on earth has changed

Answers

Geologists use two techniques to date rock layers. The first technique is called "relative dating." If one layer of rock lies above another, we can regard the upper layer as younger, particularly when the layers are relatively horizontal and do not show faulting. When one finds layers at an angle, especially at a sharp angle, one can regard the formation as due to shifts in the earth that occurred after the layers were deposited. When one sees that one kind of rock cuts across layers of other kinds of rock, one can regard the intruding rock material as younger. Rock material enclosed in another kind of rock material can be regarded as older than the enclosing material.
Relative dating is basically studying the layers of rock exposed at a site and making common-sense inferences about how the layers could have been formed so as to produce the layering one sees.

Relative dating does not allow one to assign a numerical age to a rock formation.

Radiometric dating does allow estimation of a numerical age for a rock formation. To carry out radiometric dating, one studies the quantities of specific isotopes of radioactive elements relative to the specific isotopes of the elements into which the radioactive elements decay. For example, uranium 235 decays into lead 207. We know the half-life of uranium 235. So, if we find that the amount of U-235 is equal to the amount of lead 207, we can regard the rock as being about as old as the half-life of uranium, which we know to be on the order of 700 million years. In other words, when the rock we're studying solidified, the uranium was captured within it. The uranium then turned into lead at a known rate, which also remained captured in the solid rock until we came along and examined it. Knowing the rate allows us to calculate the length of time the uranium has been sitting in the rock.

Needless to say, the actual process involved in applying this concept has its complexities. However, this is the basis of the procedure. By examining large numbers of rock formations, using both relative and radiometric dating, we can work out the patterns that govern the formation of rock layers. By comparing large numbers of sites to each other, we can learn to see that the rocks at one site have the same characteristics as the rocks at another site. Just as we learn to estimate the ages of people by indirect means, such as skin texture, hair color, posture, voice, and even attitude, we learn to recognize that at a given site, the rock layers show the same characteristics as other rock layers of known age. We can thereby infer the age of rock layers at a site where something prevents us from analyzing the rocks directly.

Fossils found in rocks can be useful for determining the age of rocks. From a variety of sources quite independent of rock geology, we know how old some fossils are. When we find such fossils in rock, we can use the fossils as a clue to the age of the rock. In like manner, when we find fossils of unknown age embedded in rock of known age, we can infer the age of the fossils. Of course, as anyone with common sense would realize, we cannot determine both the age of a fossil and the age of the rock around it from each other. We have to compare both specimens to other specimens of known age, and apply, if possible, techniques such as radiometric dating to determine the age of the material we're examining.

Answer:

Explanation:

How worn out and weatherd the rocks are inside and outside the rock!

So far scientists have not found a way to determine the exact age of the Earth directly from Earth rocks because Earth's oldest rocks have been recycled and destroyed by the process of plate tectonics. If there are any of Earth's primordial rocks left in their original state, they have not yet been found. Nevertheless, scientists have been able to determine the probable age of the Solar System and to calculate an age for the Earth by assuming that the Earth and the rest of the solid bodies in the Solar System formed at the same time and are, therefore, of the same age. The ages of Earth and Moon rocks and of meteorites are measured by the decay of long-lived radioactive isotopes of elements that occur naturally in rocks and minerals and that decay with half lives of 700 million to more than 100 billion years to stable isotopes of other elements. These dating techniques, which are firmly grounded in physics and are known collectively as radiometric dating, are used to measure the last time that the rock being dated was either melted or disturbed sufficiently to re homogenize its radioactive elements.

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Some types of bacteria are able to perform photosynthesis. these bacteria must therefore contain.

Answers

...Chloroplasts. These allow cells to perform photosynthesis.

Chloroplast. This is what allows for organisms to use sun energy to make glucose

Which of the following decreases the reliability of results from a clinical trial?A. An obsolete medical treatment
B. A double-blind technique
C. A short observation period
D. A voluntary enrollment plan

Answers

The best answer to the question states above is letter C. A short observation period.

A scientist's primary concern in a clinical trial is the patient's safety, there fore short observation decreases the reliability of results from a clinical trial

Answer:

C. A short observation period

Explanation:

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Describe how the structures of the epidermis allow it to provide immediate and indirect protection to underlying tissues.

Answers

The stratum corneum is the outermost layer of the skin. It is a thick row of dead cells that contain keratin. Keratin is responsible for keeping the skin elastic and in preventing the underlying cells from drying out. The skin is called the Integumentary system of the body, it is responsible for protecting muscles, bones, and vital organs inside the body. It serves as a covering that is composed of two layers the Epidermis (outermost layer) and the Dermis (inner layer). They provide the necessary impulses for temperature control in the body through the different nerves and receptors.

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Which mixture of gases is thought to have made up Earth's early atmosphere? A. methane, oxygen, hydrogen, water vapor B. carbon dioxide, nitrogen, oxygen, ozone C. hydrogen, water vapor, ammonia, methane, carbon dioxide D. ozone, water vapor, carbon dioxide, ammonia

A single carbon atom can form a maximum of how many single covalent bonds

What properties of iron bearing minerals on the seafloor support the theory of seafloor spreading?

Scientists were conducting a multiyear study on the effectiveness of a new drug for long-term memory loss. Theygave some of the test subjects the new drug to find out if it improves their long-term memoryWhich is a possible limitation of this study?O Test subjects may want to participate in additional experiments.O Test subjects may find that the drug is not effective.O Test subjects may get bored and want to quit early.O Test subjects may have full-time jobs.