Notes:
- You’ll see credit for completing this quiz in “Unit 3 Cumulative Assessment.”
- This same quiz can be completed for the same credit on the Biomania AP Bio App. Click here to download Biomania (free for students enrolled in a course with a teacher using Learn-Biology.com).
[qwiz style=” width: 600px !important; min-height: 450px !important;” quiz_timer=”true” random=”true” spaced_repetition=”false” qrecord_id=”sciencemusicvideosMeister1961-Cellular Respiration Click On Challenge” dataset_intro=”false” dataset=”cellular-respiration-click-on-challenge”]
[h] Cellular Respiration Click-On Challenge
[i] Note the timer in the top right corner. In the quiz that follows, aim for accuracy and speed.
[q json=”true” question_number=”1″ xx=”2″ dataset_id=”cellular-respiration-click-on-challenge|2cc72646f3558″ hotspot_user_interaction=”label_prompt” show_hotspots=”” unit=”3.Cellular_Energetics” topic=”3.6.Cellular_Respiration”] TOPIC: Structure of ATP
Excellent. The phosphate groups are at number 3.
Nice job. Number “1” is the 5-carbon sugar ribose.
Nice! “2” is adenine
[q json=”true” xx=”2″ dataset_id=”cellular-respiration-click-on-challenge|728adc5037b3d” question_number=”2″ hotspot_user_interaction=”label_prompt” show_hotspots=”” unit=”3.Cellular_Energetics” topic=”3.6.Cellular_Respiration”] TOPIC: ATP-ADP Cycle
Excellent! You clicked on ATP
Way to go! That’s ADP.
Fabulous. “A” represents energy for transforming ADP + P into ATP
Way to go. B represents energy available for cellular work.
Excellent!
[q json=”true” xx=”2″ dataset_id=”cellular-respiration-click-on-challenge|723fc5d0beb3d” question_number=”3″ hotspot_user_interaction=”label_prompt” show_hotspots=”” unit=”3.Cellular_Energetics” topic=”3.6.Cellular_Respiration”] TOPIC: The Four Phases of Respiration
Nice! Number “1” represents glycolysis.
Awesome. Number 2 represents the link reaction.
Magnificent! Number “3” represents the Krebs cycle.
(Click the number)
Way to go. Number 4 represents oxidative phosphorylation.
[q json=”true” xx=”2″ dataset_id=”cellular-respiration-click-on-challenge|7216e1bfea73d” question_number=”4″ hotspot_user_interaction=”label_prompt” show_hotspots=”” unit=”3.Cellular_Energetics” topic=”3.6.Cellular_Respiration”] TOPIC: Glycolysis
Nice job. Arrow # 1 represents investment.
Excellent. G3P (F) is the 3-carbon molecule that results from cleavage.
Terrific. “2” represents cleavage.
Good job! “3” is the harvest phase
Nice! “H” is where ATP is made through a substrate level phosphorylation.
Nice job! Letter “I” is pyruvic acid (or pyruvate)
Excellent. Conversion of NAD+ to NADH is reduction.
Nice! “B” and “D” are adding phosphates to glucose and fructose.
[q json=”true” xx=”2″ dataset_id=”cellular-respiration-click-on-challenge|71c827eddd33d” question_number=”5″ hotspot_user_interaction=”label_prompt” show_hotspots=”” unit=”3.Cellular_Energetics” topic=”3.6.Cellular_Respiration”] TOPIC: Krebs cycle
Way to go. “A” is acetyl-CoA, which brings energy into the cycle.
Nice job. Oxaloacetate (at “I”) is the oxidized product of enzyme 8.
Yes! Oxidation of “C” powers reduction of NAD+ to NADH by enzyme 3.
Nice! Molecule D must have 5 carbons.
Terrific! Molecule “E” must be a 4 carbon molecule.
Excellent. The enzymes at “5” catalyze a substrate level phosphorylation.
[q json=”true” xx=”2″ dataset_id=”cellular-respiration-click-on-challenge|719ffe20c033d” question_number=”6″ hotspot_user_interaction=”label_prompt” show_hotspots=”” unit=”3.Cellular_Energetics” topic=”3.6.Cellular_Respiration”] TOPIC: Link Reaction
Way to go. Eukaryotic cells feed their mitochondria with pyruvic acid (shown at “A”).
Good! The mitochondrial membrane (inner and outer) is represented by “B”.
Awesome. The enzyme below “2” is reducing NAD+ to NADH.
Nice! Acetyl CoA (at D) is the energy/matter input for the Krebs cycle.
[q json=”true” xx=”2″ dataset_id=”cellular-respiration-click-on-challenge|712e579c56f3d” question_number=”7″ hotspot_user_interaction=”label_prompt” show_hotspots=”” unit=”3.Cellular_Energetics” topic=”3.6.Cellular_Respiration”] TOPIC: Oxidative phosphorylation: Key Mitochondrial Regions
Yes. The cytoplasm is represents by region “A.”
Nice! “B” represents the outer membrane.
Nice! Region “C” is the intermembrane space.
Nice. The mitochondrial matrix is represented by region “E.”
[q json=”true” xx=”2″ dataset_id=”cellular-respiration-click-on-challenge|710afb27c033d” question_number=”8″ hotspot_user_interaction=”label_prompt” show_hotspots=”” unit=”3.Cellular_Energetics” topic=”3.6.Cellular_Respiration”] TOPIC: Oxidative phosphorylation
Excellent. Proton pumps are represented by number 3.
Great! ATP synthase is represented by number 5.
Good work. The intermembrane space has the lowest pH
Nice job. NADH and FADH2 are the reduced molecules that power the ETC.
[q json=”true” xx=”2″ dataset_id=”cellular-respiration-click-on-challenge|70c0546a81f3d” question_number=”9″ hotspot_user_interaction=”label_prompt” show_hotspots=”” unit=”3.Cellular_Energetics” topic=”3.6.Cellular_Respiration”] TOPIC: Where cellular respiration happens
Nice. Glycolysis happens in the cytoplasm (region 3)
Great! Krebs happens in the matrix (at 5)
Awesome. Protons get pumped to the intermembrane space (at 7).
[q json=”true” xx=”2″ dataset_id=”cellular-respiration-click-on-challenge|703685eabb33d” question_number=”10″ hotspot_user_interaction=”label_prompt” show_hotspots=”” unit=”3.Cellular_Energetics” topic=”3.6.Cellular_Respiration”] TOPIC: The Four Phases of Respiration: Key Molecules
Nice. Acetyl-CoA is represented by “E.”
Nice! Molecule “D” is pyruvic acid (pyruvate)
Nice. Molecule “A” is glucose.
[x]
Check how long it took you. Try again until you’ve optimized your performance.
[restart]
[/qwiz]