MATH8Q1W7
MATH8Q1W7
MATH8Q1W7
CODE: MATH8W7
Grade Level & Grade 8- Integrity and
DAILY LESSON PLAN
Section/s Grade 8 - Diversity
Quarter: FIRST Teacher MARLENE M. DE MESA Learning Area MATHEMATICS 8
OCTOBER 9 - 12, 2023
Teaching Date and Time 8:30-:30 MTWTh (8- INTEGRITY ) 4 hours
9:45- 10:45 MTWTh (8- DIVERSITY) 4 hours
The learners demonstrate understanding of the key concepts of sets and the real number
A. Content Standards system.
I. The learners is able to decide on suitable quantitative research in different areas of
O B. Performance interest formulate challenging situations involving sets and real numbers and solve
B Standards these in a variety of strategies.
J
E C. Learning
C Competencies/
Objectives The learner graphs a linear equation given (a) any two points; (b) the X– and Y– intercepts
T
I Plots the given point in the cartesian plane
V Graphs linear equation given any two points
E Realizes the application of the lesson to real-life situation
S
Resources
III.
Refresh their memory by giving a brief review on previous lesson about
A. plotting of coordinates on the Cartesian plane.
Reviewing previous
lesson or ACTIVITY 1 – LOCATE MY POINT
presenting the new DESCRIPTION: This activity will enable the learners to plot the given
lesson coordinates on the Cartesian plane.
DIRECTION: Plot the following coordinates on the Cartesian plane.
a. S ( 2,3 ) b. M (-2,3 ) c. A (-4,-3 ) d. R ( 4,-1 ) e. T (0,-3)
IV. PROCEDURES
PROCESS QUESTIONS:
1. How can you plot points on the Cartesian plane?
2. How did you find the activity? Easy or difficult? Why?
B Establishing a From activity 1 – Locate my point, connect point M to point A. Then, point S to
Purpose for the lesson. point R.
PROCESS QUESTIONS:
1. What happens to the dot after connecting points M and A?
2. How about points S and R?
3. What kind of line is represented after connecting the points?
G. Making
generalizations and ➢ Let the learners generalize the lesson by stating the procedures on how to graph a
abstractions about the linear equation using two points.
lesson.
➢ You have learned that a linear equations can be described by either in the form y =
mx + b or Ax + By = C. A linear equation can also be described by its graph. Graphing
linear equations can be done using any of the four methods:
H. Finding practical John and Joseph are usually sitting at the points (3,4) and (-2,5). Determine
applications of their location by plotting the coordinates in the Cartesian plane and connect
concepts and skills the points by a straight line.
in daily living