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Efficiency and Regulation of Cellular Respiration - Biology lesson

Efficiency and Regulation of Cellular Respiration - Biology lesson preview
Efficiency and Regulation of Cellular Respiration - Biology lesson preview
Efficiency and Regulation of Cellular Respiration - Biology lesson preview 2
Efficiency and Regulation of Cellular Respiration - Biology lesson preview 3
Efficiency and Regulation of Cellular Respiration - Biology lesson preview 4

Look Inside · 10 pages

Opening lesson slide lists ATP production, aerobic respiration efficiency, BMR, regulation, and glucose alternatives
Opening slide and lesson topic overview
Making ATP slide asks about ATP production and aerobic versus anaerobic respiration, with an ATP-ADP cycle
Introduction to ATP production
ATP yield slide states that each oxidized NADH pumps 10 H+ and produces at most 3 ATP via electron transport
NADH contribution to ATP production
ATP yield slide explains that FADH2 bypasses complex I and states that each oxidized FADH2 produces about 2 ATP
FADH2 contribution to ATP production
Energy carrier summary slide totals 4 ATP, 10 NADH, and 2 FADH2 from glycolysis through the Krebs cycle
Energy carrier totals before electron transport
ATP calculation slide adds 2 ATP from glycolysis, 2 from the Krebs cycle, and 34 from electron transport
Calculation of the stated 38 ATP maximum
Aerobic respiration efficiency slide uses 31 kJ/mol per ATP and 38 ATP to calculate 1178 kJ/mol stored
First step in the energy efficiency calculation
Aerobic respiration efficiency slide divides 1178 kJ/mol by 2870 kJ/mol and multiplies by 100% to get 41.0%
Second step: calculating percentage efficiency
Efficiency conclusion slide states 41% energy extraction from glucose and compares cars and light bulbs
Efficiency conclusion and everyday comparisons
Metabolic rates slide defines energy expenditure over time and basal metabolic rate as energy used at rest
Introduction to metabolic rate and BMR
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About This Product

Efficiency and Regulation of Cellular Respiration - High School Biology lesson

Your lesson covers how efficient we are at performing cellular respiration. In order, the lesson teaches how much ATP we make at each step of cellular respiration, how efficient aerobic respiration is, metabolic rates, BMR, regulating cellular respiration, and alternatives to glucose that we can use.

Your lesson includes the teacher and student version of the presentation, two embedded videos, an auto-graded exit ticket, and a student lesson handout so the students can record the notes on a more condensed medium.

This lesson is designed to be your go-to resource, whether you're in a traditional classroom or a virtual one. With both a teacher version and a student version, it seamlessly fits into your lesson plans, making learning engaging and adaptable.

Assessment made easy

We've included an auto-graded Exit Ticket and a quiz with an answer key because I know you don't have an excess of time. I know you don't, because I don't and I know I'll do whatever I can to reduce my grading time.

Whether you use PowerPoint or Google Slides, prefer Word or Google Docs, this lesson has you covered. This lesson comes in both Office and Google formats for your convenience.

The student version of the presentation has strategically placed blanks for them to fill in as you're teaching. It keeps them active and engaged, encourages discussion, and leaves more time for those "aha" moments.

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