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Science 7: Week 1 Learning Plan

This weekly learning plan outlines science lessons for 7th grade students on the components of a scientific investigation over 4 days. The lessons will describe the steps of a scientific investigation, differentiate between qualitative and quantitative observations, identify testable problems, write scientific questions, and form hypotheses. Students will complete activities and assessments individually and in groups. The teacher provides the objectives, materials, activities and assessments for each lesson.
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0% found this document useful (0 votes)
516 views3 pages

Science 7: Week 1 Learning Plan

This weekly learning plan outlines science lessons for 7th grade students on the components of a scientific investigation over 4 days. The lessons will describe the steps of a scientific investigation, differentiate between qualitative and quantitative observations, identify testable problems, write scientific questions, and form hypotheses. Students will complete activities and assessments individually and in groups. The teacher provides the objectives, materials, activities and assessments for each lesson.
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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Republic of the Philippines

Department of Education
National Capital Region
Schools Division Office of Quezon City
QUEZON CITY HIGH SCHOOL

Weekly Learning Plan in Science 7

GRADE LEVEL: GRADE 7 QUARTER 1- WEEK 1

CONTENT STANDARD:
The learners demonstrate an understanding of the scientific ways of MOST ESSENTIAL LEARNING COMPETENCY (MELC)
acquiring knowledge and solving problems. describe the components of a Scientific Investigation. (S7MTIa-1)

PERFORMANCE STANDARD: DATE: Oct. 5 – 9, 2020


The learners shall be able to perform in groups in guided
investigations involving community-based problems using locally-available SECTIONS: STE-Alpha (M 8:00-9:00), Bougainvillea (10:30-11:30),
materials. Sampaguita (T 9:00-10:00), Daisy (Th 11:30-12:30)

Day/Lesson Remarks/
Objectives Materials Activities Assessment
Number/Topic Reflection

DAY 1 1. Identify the steps in a 1. Module: Have students answer the Pre- Show students their
(Synchronous scientific investigation. Components of a Test (GForms) and present scores from the Pre-Test
Session) 2. Differentiate qualitative Scientific Investigation objectives of the lesson to assess their prior
and quantitative Source: SDO-QC LR afterwards. knowledge of the lesson.
Topic: observations, dependent Portal
Components of and independent 2. School-based SLEM: Elicit ideas about what Science is Let students perform
a Scientific variables. Introduction to Scientific by answering Looking Back Activity 1 – The Steps
Investigation, Investigations – Problems of the Scientific Method
Observations and Hypothesis Discuss the concepts presented in to explore their
and Variables Author: Jon-Jon L. the Brief Introduction. understanding of the
Encomienda basics of the scientific
Facilitate a discussion of process.
Observations and Variables using
a GSlide presentation. Have students
Incorporate Activity 1 and 2 as differentiate Qualitative
formative assessment. and Quantitative
Observations by
answering Activity 2 –
Qualitative VS
Quantitative.
DAY 2 Write scientific questions, 1. Module: Send the online link for Activity Check students’ activities
(Asynchronou and formulate hypothesis Components of a 3.1 – Identifying Testable in GClassroom , provide
s Session) based on problems Scientific Investigation Problems and Activity 3.2 – comments on their
Source: SDO-QC LR Writing Scientific Questions answers and return their
Topic: The Portal provide support to those who find outputs via GClasssroom
Scientific 2. School-based SLEM: the activities difficult. so students can reflect on
Problem Introduction to Scientific their answers.
Investigations – Problems
and Hypothesis
Author: Jon-Jon L.
Encomienda
DAY 3 Write scientific questions, 1. Module: Send the online link for Activity 4 Check students’ activities
(Asynchronou and formulate hypothesis Components of a – Hypothesis. Provide support to in GClassroom , provide
s Session) based on problems Scientific Investigation those who find the activity comments on their
Source: SDO-QC LR difficult. answers and return their
Topic: Portal outputs via GClasssroom
Hypothesis 2. School-based SLEM: In GClassroom, post the key so students can reflect on
Introduction to Scientific concepts and ideas presented in their answers.
Investigations – Problems Remember.
and Hypothesis
Author: Jon-Jon L. Have students answer the online
Encomienda activity, Checking Your
Understanding
DAY 4 1. Identify the steps in a 1. Module: Have students answer the Pre- Check students’ activities
(Asynchronou scientific investigation. Components of a Test (GForms) in GClassroom , provide
s Session) 2. Differentiate qualitative Scientific Investigation comments on their
and quantitative Source: SDO-QC LR answers and return their
Topic: observations, dependent Portal outputs via GClasssroom
Assessment and independent 2. School-based SLEM: so students can reflect on
variables. Introduction to Scientific their answers.
3. Write scientific Investigations – Problems
questions, and formulate and Hypothesis
hypothesis based on Author: Jon-Jon L.
problems Encomienda

Prepared by: Checked by: Noted: Submitted to:

JON-JON L. ENCOMIENDA JONALYN P. PENILLA FIDEL O. GUANTERO JR. ANGELINE T. TORRES


Teacher II Master Teacher I Head Teacher VI Principal IV

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