Isómeros

The video explains that isomers are compounds with the same number of atoms but arranged differently, leading to distinct physical and chemical properties. Glucose and fructose are examples of isomers, sharing the same number of carbon, hydrogen, and oxygen atoms but differing in their arrangement.

What is the significance of different atomic arrangements in compounds?

• They change the atomic number.

• They create different elements.

• They alter the atomic mass.

• They result in different isomers.

How can isomers of the same compound differ?

• In their atomic number

• In their physical and chemical properties

• In their atomic mass

• In their electron configuration

Which of the following is an example of isomers?

• Carbon dioxide and carbon monoxide

• Oxygen and ozone

• Glucose and fructose

• Water and hydrogen peroxide

What do glucose and fructose have in common?

• They have the same chemical properties.

• They have the same number of carbon, hydrogen, and oxygen atoms.

• They have the same atomic arrangement.

• They have the same taste.

Why are glucose and fructose considered isomers?

• They have different numbers of atoms.

• They are found in the same foods.

• They have the same atomic arrangement.

• They have the same number of atoms but different arrangements.