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[Sagot para sa’yo] Water pooling in lakes 16. A student creates a 3D model showing oxygen and nitrogen particles bouncing randomly. Which part of real gas behavior does this best represent? A. Compression B. Particle arrangement C. Particle motion D. Density 12 You are asked to predict how aloon behaves when heated Which model best supports your prediction? A. Bohr model of the atom 8
[Sagot para sa’yo] Which organelle modifies, packages, and secretes proteins and lipids?
[Sagot para sa’yo] 1. Which of the following best describes Joseph John Thomson's Raisin Bun Model? A. The negatively charged particles are embedded in a positively charged mass. B. All matter is composed of tiny particles called atoms that cannot be divided into smaller particles. C. The atom has a central positive nucleus with electrons orbiting around it. D. The central positive nucleus of an atom has a distinct energy level that surrounds it where the electrons may be
[Sagot para sa’yo] ACTIVITY 1 A. FILL ME UP! PLATE TECTONICS MODEL Objective: Identify the layers of the lithosphere. Procedure: Comprehend the Reading Resources and Instructional Activities on Page 6 of your Learning Module. Usin the concept map below, complete the entire ideas showing the layers of the lithosphere. THICKER BUT LESS DENSE THINNER BUT DENSER UPPER MANTLE
[Sagot para sa’yo] Which is supported and sustained by planet
[Sagot para sa’yo] What can you say about earth?
[Sagot para sa’yo] give me a 20 example of solid to liquid
[Sagot para sa’yo] why do you like food that you have chosen?
[Sagot para sa’yo] LEARNING ACTIVITY SHEET 1 I. Learning Areat Science Lesson No.: Lesson Title/ Topic: Name: II. Quarters Date: 06- Introduction to Scientific Models Liane B. Gelotin Grade & Section: Gra4c7 couteaus Activity No. 1: Exploring Scientific Models: Journeying Through Atomic Structure (Take Home Activity) Objective(s): 1. Gain insight into the applications of scientific models through the study of atomic models, providing a foundation for understanding complex scientific phenomen 2. Explore the practical implications and real-world significance of selenufic modeling by examining atomic models as representative examples. III. Materials Needed: 1. Resource materials (books, internet sources) 2. Worksheet IV. Instructions: Task A. Atomic Model Quest: Uncovering the Building Blocks of Matter! 1. In this word search puzzle, you will find the names of five scientific models that explain the structure of the atom. 2. The words may appear horizontally, vertically, or diagonally, in any direction, 3. Scan the grid carefully to locate and circle each model name. 4. The identified model names in the word search puzzle will be used to fill out the table in Task B of the worksheet. MYK AAMFO J EL E F QHK F CO GAP 1 BSE AERN RWY MA OOIAN KRRP EHWK, ES CYP Y MEB NKUT T T I U I F EI EEWRK Q 0 K Y J LUB SC -> J 0 N A T J V D A D R GG Ο J บ P L RU NAZA P BQ JZN Y MR NWV A JEHC J U CW M/PM GD J C QUSJ RTP X DHW S M ZP Y B LWEV PRODT MNKF MAF D F ENS ADHEG > CTR BX CG D JHVJ EPQ KEGX Science 7 Quarter 1
[Sagot para sa’yo] My favorite Food is?
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