Save
Biology
1. Biological Molecules
ATP
Save
Share
Learn
Content
Leaderboard
Share
Learn
Created by
flo
Visit profile
Cards (25)
What is the focus of this AQA biology video?
Biological molecules
, specifically
ATP
View source
Who is the presenter of the video?
Monisha
from Study Minds
View source
How many lessons are in this ATP tutorial series?
Eight
lessons
View source
What was covered in the last lesson?
The process of
DNA replication
View source
What are the key learning objectives for today's lesson?
Structure of ATP
Use and synthesis of ATP
View source
How do plants and animals obtain energy?
From the food they eat, especially
glucose
View source
What process converts chemical energy from glucose to ATP?
Respiration
View source
Where is ATP made in the cell?
In the
mitochondria
View source
What type of molecule is ATP?
A
nucleotide
derivative
View source
What are the components of ATP?
Adenine
,
ribose sugar
, and three
phosphate groups
View source
What is unique about ATP compared to other nucleotides?
It has three
phosphate
groups
View source
What bonds store energy in ATP?
Phosphoanhydride
bonds
View source
How is energy released from ATP?
By breaking
phosphoanhydride
bonds
View source
What happens to ATP during hydrolysis?
It forms
ADP
and
inorganic phosphate
View source
What enzyme catalyzes the hydrolysis of ATP?
ATP hydrolase
View source
What is produced when ATP is hydrolyzed?
ADP
and
inorganic phosphate
(
P<sub>I</sub>
)
View source
What is the role of kinases in ATP hydrolysis?
They add
phosphate
groups
to molecules
View source
During which processes is ATP synthesized?
Respiration
and
photosynthesis
View source
Where is the majority of ATP synthesized in organisms?
During
respiration
in
mitochondria
View source
What type of reaction is involved in ATP synthesis?
A
condensation reaction
View source
What enzyme catalyzes the formation of ATP?
ATP synthase
View source
What are the steps involved in ATP synthesis?
ADP
and
inorganic phosphate
(P<sub>I</sub>) are linked.
A
condensation reaction
occurs.
ATP is formed.
View source
What should viewers do if they enjoyed the tutorial?
Subscribe
and leave a
comment
View source
What can viewers do if they have questions?
Leave
comments
during the video
View source
Where can viewers find more resources related to the tutorial?
On the
Study Minds
website
View source