BIO 1
BIO 2
BIO 3
BIO 4
BIO 5
100

CELL MEMBRANESARE MADE OF 2 LAYERS OF ____

LIPIDS

100

A MEDICAL LABORATORY FINDS THAT A PARTICULAR SPECIES OF BACTERIA CAN SERVIVE AT TEMPURATURES FROM 6 DEGREES TO 23 DEGREES. THIS RANGE OF TEMPURATURES IS KNOWN AS THAT BACTERIA'S

RANGE OF TOLERANCE

100

WHEN CELLS AND THE SOLUTION SURROUNDING THEM CONTAIN EQUAL AMOUNTS OF SOLUTE, THE SOLUTIONIS _____

ISOTONIC

100

HOW IS STORED ENERGY RELEASED FOR THE CELL TO USE 

ATP REACTS WITH WATER TO FORM ADP

100

IN A DNA MOLECULE, ADENINE ALWAYS BONDS TO ____

THYMINE

200

NUCLEIC ACIDS SUCH AS DNA AND RNA STORE ____

INFORMATION

200

PROTIENS ARE MADE BY ___-

USING INFORMATION STORED IN DNA

200

THE NONCODING PORTIONS OF AN RNA STRAND ARE CALLED _____

INTRONS

200

A TRANSFER RNA ALIGNS ITS AMINO ACID IN THE PROPER SEQUENCE BY MATCHING ITS _____ TO THE CORRSPONDING CODON ON THE NESSENGER RNA

ANTICODON

200

ADJACENT AMINO ACIDS IN A PROTEIN ARE JOINED BY ____ BONDS

PEPTIDE

300

PHOTOSYNTHESIS CONVERTS LIGHT ENERGY FROM THE SUN INTO CHEMICAL ENERGY STORED IN ____

GLUCOSE

300

PHOTOSYNTHESIS TAKES PLACE IN A CELLS _____

CHLOROPLASTS 

300

CHLOROPHYLL A ABSORBS LIGHT ENERGY MAINLY IN THE ____ PORTIONS OF THE VISIBLE LIGHT SPECTRUM

BLUE AND RED

300

HOW ARE CAM PLANTS DIFFERENT FROM C3 PLANTS

THEY ADAPT TO HOT, DRY CLIMATES

THEY OPEN THEIR STOMATA AT NIGHT

THEY PRODUCE COMPOUNDS OTHER THAN G3P TO MAKE GLUCOSE

300

OF ALL THE LIGHT ENERGY AVAILABLE TO PLANTS, ABOUT HOW MUCH IS AVAILABLE TO FIRST-LEVEL CONSUMERS AS CHEMICAL ENERGY

4.0

400

DURING WHICH PHASE OF CELLULAR RESPIRATION IS ATP PRODUCED 

THE CITRIC ACID CYCLE

ELECTRIC TRANSPORT CHAIN

GLYCOLYSIS

400

DURING GLYCOLISIS, GLUCOSE PRODUCED BY PHOTOSYNTHESIS IS BROKEN DOWN INTO ______

PYRUVATE

400

IN THE ELECTRIC TRANSPORT CHAIN, HYDROGEN IONS ARE RELEASED FROM NADH AND DIFFUSE INTO THE MITOCHONDRIAL INTERMEMBRANE SPACE. WHAT THEN HAPPENS T THESE HYDROGEN IONS?

THEY CATALYZE THE PRODUCTION OF ATP BY ATP SYNTHASE

400

THE ENZYMES THAT BONDS CARBON DIOXIDE MOLECULES INTO 3-CARBON CHAINS

RuBisCo

400

THE ENZYME IN THE THYLAKOID MEMBRANE THAT SHUTTLES HYDROGEN IONS INTO THE STROMA TO STORE ENERGY

ATP SYTHASE

500

THE CLEAR FLUID INSIDE THE CHLOROPLAST 

STROMA

500

A STACK OF THYLAKOIDS

GRANUM

500

THE 3-CARBON PRECURSOR TO GLUCOSE MADE DURING PHOTOSYNTHESIS

G3P

500

AN OPENING ON THE UNDERSIDE OF PLANT LEAVES

STOMA

500

A CHEMICAL THAT SHUTTLES ELECTRONS IN THE ELECTRIC TRANSPORT CHAIN

NADP+