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Effect of Amylase On Starch

This lesson plan outlines a biology class focused on investigating the effect of amylase on starch breakdown using the Benedict's test. The objectives include analyzing enzyme roles, with differentiated outcomes for all students, and incorporating real-life applications related to health and food industries in the UAE. The plan includes detailed activities, resources, assessment methods, and home learning assignments to enhance student understanding of enzyme functions.

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0% found this document useful (0 votes)
108 views3 pages

Effect of Amylase On Starch

This lesson plan outlines a biology class focused on investigating the effect of amylase on starch breakdown using the Benedict's test. The objectives include analyzing enzyme roles, with differentiated outcomes for all students, and incorporating real-life applications related to health and food industries in the UAE. The plan includes detailed activities, resources, assessment methods, and home learning assignments to enhance student understanding of enzyme functions.

Uploaded by

manoj
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as DOCX, PDF, TXT or read online on Scribd
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BRITISH INTERNATIONAL SCHOOL, AJMAN

LESSON PLAN -AY 2024-25

Teacher’s Name: __Hafiza Samreen Kashif Date: ______________ Period: _________________


Class: ___9B/G_____ Subject: Biology Topic: Investigating the Effect of Amylase on
Starch
Class Strength: ________________
Names of SEND students: ________________________________________________________
Names of G&T students: _________________________________________________________
Names of Emirati students: _________________________________________________________

Learner Teacher
Learning objective: Success Criteria/Learning Professional learning objective:
outcomes:  Enhance instructional strategies
Analyse the effect of amylase enzyme on for guiding students in scientific
the breakdown of starch by interpreting investigations.
the results of the Benedict’s test. All: I can describe the role of  Develop techniques to support
. amylase in starch digestion. diverse learners in conducting
and analyzing experiments.
Most: I can explain how  Strengthen assessment skills for
Benedict’s test indicates the evaluating student
presence of reducing sugars. understanding of enzyme
function and biochemical tests.
Some: I can evaluate the
reliability of the experiment
by considering variables and
controls.
Key words: Cross Curricular Links:  Resources(specify any
 Amylase  Chemistry (Biochemical specialised resources
 Starch reactions)
 Benedict’s test  Health Science (Digestion used for students):
 Enzyme and enzymes in the human Test tubes (labeled A,
 Reducing sugars body) A10, W, and W10)
 Benedict’s solution
 Cooked rice
 Amylase solution
 Distilled water
 Hot water bath (set to
38°C and 80°C)
 Droppers
 Stopper
 Timer
 Safety gloves and
goggles

Prior Learning Check and starter (activating learning): ___ min Guidance and support:
 Discuss the role of enzymes in biological processes.
 Ask students to recall previous knowledge about  Provide step-by-step
carbohydrates and digestion.
guidance during the
experiment.
 Demonstrate safe handling
Introduction: ___ min of materials.

 Explain the importance of enzymes in


digestion.
 Introduce the Benedict’s test as a method to
identify reducing sugars.

Main part (collaborative and independent activities ___ min


incorporating STEM):

Main part (collaborative and independent activities


incorporating STEM):

 Step 1: Label the test tubes accordingly.


 Step 2: Add Benedict’s solution to test tube
A10 and place cooked rice in test tube A.
 Step 3: Add 20 ml of amylase solution to test
tube A and place it in the 38°C water bath for
10 minutes.
 Step 4: Transfer 2 ml of liquid from test tube A
to A10.
 Step 5: Place test tube A10 in an 80°C water
bath for 10 minutes.
 Step 6: Record observations in a table.
 Step 7: Repeat the steps for test tubes W and
W10 using distilled water instead of amylase.
 Step 8: Compare and analyze results.

 Differentiation (content, process, product, ___ min


support) Choice Board: Provide sentence starters
for students needing additional support in writing
conclusions.
 Allow advanced students to explore variables that
could affect enzyme activity (e.g., pH,
temperature).

UAE link: ___ min

 Discuss the importance of enzymes in food


processing industries in the UAE.
 Connect the lab to digestion and health,
particularly dietary habits in the region.

Real Life Application:


___ min
 Explain how amylase functions in the human digestive system.
 Discuss enzyme applications in food industries (e.g., bread-making, dairy
production).

Extension work to avoid waiting time (HA and G&T):


___ min

 Investigate the effect of pH or temperature on amylase


activity.
 Explore how different starch sources (e.g., potatoes, bread)
respond to amylase.
Plenary (students demonstrate learning by): ___ min Assessment method:
 Discuss experimental results and compare them with  Formative: Observe student
predictions. participation and questioning
 Answer analysis questions related to variables, controls, during the experiment.
and reliability.  Summative: Evaluate
recorded observations,
conclusions, and answers to
analysis questions.
Home learning: Topic of next lesson:
 Research other enzymes and their functions in the human body. Digestive enzymes and their role in
 Complete worksheet on enzyme action and digestion. metabolism.

Reflection of the lesson (to be filled in after the lesson)


How did the students succeed in achieving the How did I succeed in supporting the students’
learning objective? learning?

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