Download The process in our bodies that converts energy released in the

The process in our bodies that
converts energy released in the
breakdown of glucose and stores
it in the bonds of ATP
Cellular respiration
This process uses oxygen and
glucose to produce ATP, water,
and carbon dioxide
Cellular respiration
The process in which glucose is
broken down to pyruvic acid
Glycolysis
The first of three processes in
cellular respiration
Glycolysis
A cyclic chain of reactions that
captures the energy in citric acid
Krebs’ cycle
Also called the citric acid cycle
Krebs’ cycle
The second of three processes in
cellular respiration
Krebs’ cycle
The process in which the
electrons flow across the
membrane across the gradient
which creates energy that is
stored in the bonds of ATP
Electron transport
Process that uses oxygen and an
electron gradient to make ATP,
water and carbon dioxide
Electron transport
The third of three processes in
cellular respiration
Electron transport
This molecule is produced in the
mitochondria and has energy
stored in its bonds
ATP
The molecule that is produced
from breaking down glucose and
is used for energy in our bodies
ATP
Compounds that contain only
carbon, hydrogen, and oxygen,
usually in a ring structure of six
carbons
Sugar(s)
Our bodies most readily use this
molecule to produce energy /
ATP (there are two answers so
you can mark both of them)
Sugar and Glucose
A 6-carbon sugar that is broken
down in the mitochondria
Glucose
The first molecule glucose is
broken down into
Pyruvic acid
A 3-carbon molecule that is
produced in glycolysis
Pyruvic acid
Energy is supplied for all cellular
activity through this molecule
ATP
The energy required to start a
reaction is called this.
Activation Energy
These proteins help lower the
activation energy needed to start a
reaction
Enzymes
This process has both light and dark
reactions
Photosynthesis
This process requires light,
Photosynthesis
chlorophyll, and raw materials (water
and carbon dioxide)
This process produces oxygen as a
waste product and glucose
Photosynthesis
This process produces, as waste
products, carbon dioxide, water, and
energy
Cellular Respiration
This pigment in plants does not
absorb green light
Chlorophyll
This pigment acts as a light trap
during photosynthesis
Chlorophyll
The photon’s energy is transferred to
and excites an electron from this
molecule in a plant
Chlorophyll
The light reactions of photosynthesis Thylakoid
take place in this part of a chloroplast
Sunlight is required to hit upon this
membrane of the chloroplast
Thylakoid
Oxygen released by plants comes
from the splitting of this molecule
Water
This molecule, along with sunlight,
is required as a reactant in the light
reactions of photosynthesis
Water
Along with Carbon dioxide and
energy, this is the other waste
product of cellular respiration
Water
Electron carrier from photosystem II
used in the Calvin Cycle
NADPH
Electron Carrier used in the Calvin
Cycle – carries the Hydrogen atom
NADPH
Energy storing molecule used in the
Calvin Cycle
ATP
Molecule storing energy that is
brought together by ATP Synthase
ATP
Energy storing molecule used for
cellular activity
ATP
Molecule referred to as a “charged
battery”
ATP
Molecule referred to as an
“uncharged battery”
ADP
Molecule that occurs after ATP has
lost a phosphate group and some
energy
ATP molecule is made up of a
phosphate added on to this molecule
ADP
ADP
This part of the chloroplast where the Stroma
Calvin Cycle (Dark reaction) takes
place
This part of the Chloroplast where
the Carbon Dioxide mixes with RDP
to ultimately form Glucose
The part of the chloroplast where the
Calvin Cycle produces Glucose
Stroma
Stroma
Besides oxygen, this is the other
product formed from Photosynthesis
Glucose (sugar)
Glycolysis is an anaerobic process
because it requires none of this
Oxygen
An Anaerobic process requires none
of what?
Oxygen
Aerobic cellular respiration requires
this in order to be called aerobic
Oxygen
A process that does not require
oxygen is called
Anaerobic
Environments that have no oxygen
present are called this
Anaerobic
A process that requires oxygen is
called
Aerobic
An environment that has oxygen is
present is called
Aerobic
This process needs oxygen to form
large amounts of ATP from ADP
Cellular Respiration
Organisms that produce their own
food
Autotrophs
Plants are called this because can
take sunlight and water and make
their own
Autotrophs
Humans are called this because they
need to acquire energy from other
sources
Heterotrophs
Organisms that must acquire energy
from other sources because they can
not produce their own food supply
are called this
Heterotrophs
Aerobic respiration takes place in
this cell organelle
Mitochondria
The Krebs Cycle and the Electron
Transport Chain take place in this
cell organelle
Mitochondria
Most ATP’s formed in the cell occur
in this cell organelle, also known as
the power plant of the cell.
Mitochondria
Glycolysis occurs in this part of the
cell
Cytoplasm
Lactic Acid is a product formed from Fermentation
this anaerobic process
Ethyl Alcohol is a product formed
from this anaerobic process
Fermentation
This anaerobic process occurs after
glycolysis and is known as this
Fermentation
Total number of ATP’s produced by
this first process of cellular
respiration is 4 ATP’s
Glycolysis
Sunlight is required for this step
(reaction) in photosynthesis
Light Reaction
(light dependent)
This step of photosynthesis takes in
sunlight and water and releases
oxygen
Light Reaction
(light dependent)
This step of photosynthesis releases
oxygen into the air
Light Reaction
(light dependent)
This step of photosynthesis produces
glucose as a product
Dark Reaction
(Calvin cycle)
This step (reaction) of
photosynthesis does not require
sunlight to function
This step (reaction) of
photosynthesis requires carbon
dioxide
Dark Reaction
(Calvin cycle)
Dark Reaction
(Calvin cycle)
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WORDS FOR BINGO CARD:
LIGHT REACTION / DARK REACTION / ATP
CELLULAR RESPIRATION / GLYCOLYSIS / ADP
KREB’S CYCLE / ELECTRON TRANSPORT CHAIN
SUGAR (GLUCOSE) / PYRUVIC ACID / ENZYMES
PHOTOSYNTHESIS / CHLOROPHYLL / THYLAKOID
WATER / NADPH / STROMA / OXYGEN / AEROBIC
ANAEROBIC / AUTOTROPHS / HETEROTROPHS
MITOCHONDRIA / CYTOPLASM / FERMENTATION