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2021-05-17

How sugar molecules combine with other elements to create amino acids Why is this an essential process for living things?

How sugar molecules combine with other elements to create amino acids Why is this an essential process for living things?

Sugar molecules contain oxygen, hydrogen, carbon and provide energy. The hydrogen-carbon elements are used to make amino acids and other larger molecules (such as DNA) which is essential to new cellular growth for organisms and life.

What form of carbon based molecule is sugar?

Carbohydrates are molecules composed of carbon, hydrogen, and oxygen, and they include sugars and starches. Carbohydrates can be broken down to provide a source of usable chemical energy for cells. Carbohydrates are also a major part of plant cell structure.

What atoms in sugar molecules are also found in other carbon based molecules?

Sugar molecules are composed of carbon, oxygen, and hydrogen atoms. iv. Amino acids and other complex carbon-based molecules are composed largely of carbon, oxygen, and hydrogen atoms.

How did the carbon hydrogen and oxygen atoms in glucose and fructose combine to form sucrose?

Answer: 1 oxygen atom and 1 hydrogen atom are taken from the glucose molecule and 1 oxygen atom from the fructose molecule will make a water molecule. Everything else from the glucose and fructose molecules will make sucrose.

What is the relationship between the carbon hydrogen and oxygen atoms from sugar molecules?

The sugar molecules thus formed contain carbon, hydrogen, and oxygen: Their hydrocarbon backbones are used to make amino acids and other carbon-based molecules that can be assembled into larger molecules (such as proteins or DNA), used for example to form new cells.

Is Burnt Sugar Carbon?

In each molecule of table sugar there are: 12 carbon atoms, 22 hydrogen atoms, and 11 oxygen atoms. The black stuff is called burnt sugar! It reacts with oxygen and “oxidizes” (burns). The black stuff itself is mainly carbon.

Why are vinegar and sugar so different?

According to their composition, both are organic compounds but their properties different from each other. This difference is due to the difference in functional group. Vinegar which is also known as acetic acid belongs to acids. While sugar belongs to aldehyde or keto group.

What happens if you heat sugar?

How does it happen? When simple sugars such as sucrose (or table sugar) are heated, they melt and break down into glucose and fructose, two other forms of sugar. Continuing to heat the sugar at high temperature causes these sugars to lose water and react with each other producing many different types of compounds.

Why sugar turns black in the presence of h2so4?

When concentrated sulfuric acid ( ) is added to sugar, the color of sugar gets converted into black due to the formation of carbon. As a result of this reaction fumes of sulfur oxide are released. As water molecules are removed from the sugar it leads to the formation of carbon which is the cause for the color change.

How does conc H2SO4 reacts with sugar?

Concentrated sulfuric acid can perform a dehydration reaction with table sugar. After mixing, the color changes from white to brownish and eventually to black. As the acid dehydrates the sucrose, the water produced will dilute the sulfuric acid, giving out energy in the form of heat.

What happens when conc H2SO4 is treated with sugar?

Concentrated H2SO4 is added to sugar that forms carbon, steam, and sulfur dioxide. The concentrated H2SO4 is added for dehydration of the sugar to obtain carbon and water. The water gets vapourised due to the heat of the reaction thus forming a column of carbon.

Why is Sulphuric acid black?

Paper is made from plants. So, in some quantity it contains glucose. Now when sulphuric acid is added to it, it reacts with the glucose to leave behind a black mass of carbon.

Is sulfuric acid dangerous to humans?

Sulfuric acid (H2S04) is a corrosive substance, destructive to the skin, eyes, teeth, and lungs. Severe exposure can result in death. Workers may be harmed from exposure to sulfuric acid.

What is the most dangerous acid to humans?

Hydrofluoric acid (HF): A weak acid, meaning it doesn’t fully dissociate into its ions in water, but it’s probably the most dangerous acid in this list because it’s the one you’re most likely to encounter.

Can the smell of battery acid hurt you?

Over-charging a lead acid battery can produce hydrogen sulfide. The gas is colorless, very poisonous, flammable and has the odor of rotten eggs. As a simple guideline, hydrogen sulfide becomes harmful to human life if the odor is noticeable.

What would happen if you ate battery acid?

Extensive damage to the mouth, throat, eyes, lungs, esophagus, nose, and stomach are possible. The ultimate outcome depends on the extent of this damage. Damage continues to occur to the esophagus and stomach for several weeks after the poison was swallowed, and death may occur as long as a month later.

What are the dangers of battery acid?

Exposure to sulfuric acid can result in difficulty breathing and tightness in your chest. Breathing in any type of battery acid fumes can be toxic and cause dizziness or nausea. Minimizing your exposure to battery acid fumes is important as you treat the respiratory irritation it causes.

Are battery fumes harmful?

Intact batteries present no specific hazards. Burning batteries emit toxic fumes, which are irritating to the lungs. Leaking batteries: AVOID exposure to leaking electrolyte, it can cause severe irritation and/or damage to the skin, mucous membrane or eyes.

What happens if you breathe in battery fumes?

If a battery ruptures/explodes, the acid or gas may be harmful or fatal if inhaled in a confined area. May cause severe irritation and burns of the nose, throat and respiratory tract. INGESTION: If ingested, the acid in the battery causes serious burns of the mouth or perforation of the esophagus or stomach.

What gas is emitted from a charging battery?

hydrogen gas

Will a carbon monoxide detector detect hydrogen?

Cross-sensitivity between carbon monoxide detectors and hydrogen gas is well documented and publicized. Additionally, high levels of hydrogen gas were measured at the charging stations, confirming that this gas is produced in measurable quantities when the chargers are in use.

How much hydrogen does a charging battery produce?

Through calculations we can show that 1 AH of over charge will in fact produce 0.42L of hydrogen gas PER BATTERY CELL. Also for every volume of hydrogen a ½ volume of oxygen is produced. This must be considered because to remove the hydrogen the oxygen must also be removed.