Introduction to Carbon and Its Properties

0.0(0)
studied byStudied by 0 people
learnLearn
examPractice Test
spaced repetitionSpaced Repetition
heart puzzleMatch
flashcardsFlashcards
Card Sorting

1/26

flashcard set

Earn XP

Description and Tags

Flashcards summarizing key concepts related to the element carbon, its properties, and its significance in biological systems.

Study Analytics
Name
Mastery
Learn
Test
Matching
Spaced

No study sessions yet.

27 Terms

1
New cards

What element is known for its versatility and is essential for living organisms?

Carbon.

2
New cards

What type of electrons are involved in the chemical interactions between atoms?

Valence electrons.

3
New cards

What is the outermost shell of an atom called?

Valence shell.

4
New cards

Which model illustrates electrons swirling around the nucleus?

Bohr model.

5
New cards

What element is located in the far left column of the periodic table?

Sodium.

6
New cards

How many valence electrons does sodium have?

One valence electron.

7
New cards

Why is sodium considered highly reactive?

It has one valence electron and wants to get rid of it.

8
New cards

What happens when sodium is thrown into water?

It creates an explosion.

9
New cards

What are the gases called that are inert and do not react?

Noble gases.

10
New cards

Which noble gas is at the top of its column and needs 2 valence electrons?

Helium.

11
New cards

What does chlorine need to become stable?

One more valence electron.

12
New cards

What do sodium and chlorine form when they combine?

Sodium chloride (table salt).

13
New cards

What is the Lewis dot structure for carbon?

It has 4 valence electrons.

14
New cards

What is the octet rule?

Atoms aim to fill their outermost shell with 8 electrons.

15
New cards

What allows carbon to form stable chains and rings?

Its 4 valence electrons.

16
New cards

What are the four main organic compounds containing carbon in living organisms?

Carbohydrates, lipids, proteins, and nucleic acids.

17
New cards

Why is carbon referred to as the 'master Lego piece'?

It can connect with many different structures.

18
New cards

What is formed when carbon is subjected to high heat and pressure?

Diamond.

19
New cards

Why is carbon crucial for the diversity of life?

It can form many different structures and compounds.

20
New cards

What is graphite primarily composed of?

Carbon.

21
New cards

Why is carbon considered versatile?

Due to its ability to form various stable compounds and structures.

22
New cards

What must organisms have to exist?

Carbon.

23
New cards

How does carbon contribute to the stability of compounds?

By forming covalent bonds with itself or other atoms to achieve 8 electrons.

24
New cards

How does sodium behave compared to noble gases?

Sodium is unstable and reactive, while noble gases are stable and unreactive.

25
New cards

What happens to sodium's charge when it donates an electron to chlorine?

Sodium becomes positively charged.

26
New cards

What characterizes elements on the left side of the periodic table?

They tend to have fewer valence electrons, making them more reactive.

27
New cards

What happens when two carbon atoms bond together?

They fill their outer shells, achieving stability.