What is the name of a molecule composed of one or more sugars?

Answers

Answer 1
Answer: Saccharides

Hope it helps!

Related Questions

A solution of KCIO3 is prepared using 75 grams of the solute in enough water to make 0.250 liters of solution. The gram-formula mass of KCIO3 is 122 grams per mole.-- Determine the percent by mass of solute in the solution.
What type of measurement is indicated by g/mL ?
_____ is a process that helps fuel your metabolism.DeoxidationOxidationGlycolysisHydrolysis
A student records the mass of a piece of iron. The iron is then left outside until it rusts. What type of reaction occurs, and how does the mass of the object after rusting compare with its original mass?
Calculate the pH of the aqueous solution of 0.0243 M HNO3(aq).

Forces and Motion:Question 2A student pushes a box to slide it across the floor. Which statement best explains why the box begins
to move?
Select one:
0 The weight of the box is less than the force of friction.
O
The weight of the box is greater than the force of friction.
The applied force is greater than the force of friction.
O
The applied force is less than the force of friction

Answers

Answer:

the applied force is less than the force of friction.

Explanation:

Use the mole concept to calculate the number of atoms that are in a 1.75-mol sample of CHCl3.

Answers

This is how I got to that answer. Since we don't know how many atoms there are in a mole, we use the number 6.02 x 10^-23. Now, just plug in what you have in the equation: 

1.75 moles ChCl3 x (6.02 x 10 ^-23) / 1 mole = 1.0535 x 10^-22 atoms. 

Which pair of compounds can be classified as inorganic? A) nucleic acids and minerals B) proteins and water C) water and salts D) nucleic acids and proteins

Answers

Answer:

The correct answer is option c) water and salts

Explanation:

Organic compounds contain carbon and hydrogen bonds. Both nucleic acids and proteins contain these. Water (H2O) and salts (Ex:NaCl) do not.

Final answer:

The pair of compounds that can be classified as inorganic from the given options are water and salts. These lack a carbon-hydrogen bond, unlike nucleic acids and proteins, which are organic.

Explanation:

The pair of compounds that can be classified as inorganic are water and salts. Inorganic compounds are defined as compounds that do not contain a carbon-hydrogen bond, which makes them different from organic compounds. Both water (H2O) and salts, like table salt (NaCl), do not contain any carbon-hydrogen bonds, so they are considered inorganic compounds. On the other hand, nucleic acids and proteins are both complex structures that include carbon-hydrogen bonds, making them organic compounds.

Learn more about Inorganic Compounds here:

brainly.com/question/19815727

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What is an oxpecker bird eats insects off the back of a rhinoceros

Answers

Actually when the oxpecker bird eats insects off the back of the rhinoceros. They are helping each other. The bird gets a nutritious snack while the rhinoceros gets those pesty and annoying bugs off of him. This is also called a Symbiotic relationship. When both organisms of different species work together to benefit the other. 
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A chemist wants to calculate the amount of heat that is absorbed by a sample of copper as it is melted. Which constant should she use?

Answers

She needs to use the heat of fusion (ΔH(fusion)) and the equation q=mΔH(fusion) or q=nΔH(fusion)  depending on whether or not ΔH(fusion) is given in J/g or J/mol.  The reason why temperature is absent from the equation is that temperature does not change at a phase change, only the enthalpy does.

I hope his helps.  Let me know in the comments if anything is unclear.

Answer:

Hfus

Explanation:

This is correct on edge.

For cells in which oxygen gas (O2) crosses the membrane by simple diffusion, what determines the rate at which oxygen enters the cell?

Answers

Explanation:

The diffusion phenomenon is generated by the difference of concentration of a gas between two reference points.

In this case, the two points are: the inside of the cell and the surroundings of it.

The diffusion of oxygen will depend then of the concentration of it in the cell and the concentration in the outside:

\Delta O_2= Oxygen_(outside) - Oxygen_(cell)

The bigger this difference, the higher the diffusion rate of oxygen entering the cell.