Unit 4: Thermodynamics, Kinetics, and Enzymes

studied byStudied by 2 people
0.0(0)
learn
LearnA personalized and smart learning plan
exam
Practice TestTake a test on your terms and definitions
spaced repetition
Spaced RepetitionScientifically backed study method
heart puzzle
Matching GameHow quick can you match all your cards?
flashcards
FlashcardsStudy terms and definitions

1 / 27

28 Terms

1

New cards
2

m

New cards
3

o

New cards
4

New cards
5

New cards
6

What do enthalpy and entropy have to do with phase changes?

As you move from a solid to gas, you absorb more heat w

New cards
7

New cards
8

New cards
9

Spontaneous Reaction vs. Non Spontaneous Reaction

Spontaneous reactions don’t need extra energy

New cards
10

New cards
11

New cards
12

New cards
13

New cards
14

New cards
15

New cards
16

pairing an endergonic rxn with an exergonic one whose delta g “beats” (it’s so negative that when it’s added to a postive delta g the end result is still negative).

New cards
17

Why is ATP used as a source of energy?

The full name of ATP is adenine triphosphate- because of the three phosphates (all of which have negative charges,) the molecule is incredibly unstable, and thus generates a lot of energy when it stablizes into ADP + Pi

New cards
18

What are the two laws of Thermodynamics?

  1. energy cannot be created or destroyed

  2. When spontaneous rxns occur, the overall entropy of the universe increases.

New cards
19

Activation Energy

the energy needed for spontaneous rxns to get started. Exergonic reactions are spontaneous so they will occur, but because of activation energy they occur really slowly- too slowly for the body and most life processes

New cards
20

M

the energy needed for spontaneous rxns to get started. Exergonic reactions are spontaneous so they will occur, but because of activation energy they occur really slowly- too slowly for the body and most life processes

New cards
21

New cards
22
New cards
23
New cards
24
New cards
25
New cards
26
New cards
27
New cards
28
New cards
robot