The document describes an activity to classify materials based on their ability to absorb water. Students are instructed to observe samples of various materials and record their observations in a data chart about how each material looks before and after adding water, and whether it absorbs water or not. The objectives are to describe materials based on their ability to absorb water and classify them into groups. Materials like sponges, cotton, and towels are expected to absorb water while materials like styrofoam and plastics are expected to not absorb water.
This document outlines a science lesson for 4th grade students on materials that absorb water. The lesson introduces the concept of porous and non-porous materials, and whether they absorb water. Students conduct an experiment placing various materials like cotton balls, sponges, and towels in water to observe their properties and classify them as absorbing or not absorbing water. The lesson also defines key terms like absorb and porous. It provides guiding questions, activities for students to complete, and an evaluation at the end.
This document provides information about a science class on soil types. It discusses the objectives of identifying different soil types based on physical characteristics. It introduces the three main soil types - clay, loam, and sand. The document then provides details on the physical characteristics of each soil type, including texture, particle size, and ability to hold water. Students are instructed to complete activities that involve classifying soil types in pictures and diagrams, as well as a quiz to assess their understanding.
This document describes an activity where students observe which materials absorb water and which repel water. Students place various materials like cotton balls, sponges, paper, and plastic bags in water and observe what happens. Materials that soak up water, like sponges and cotton balls, are porous and absorbent. Materials that do not soak up water, like plastic and wax paper, are non-porous and repel water. The document explains that porous materials have small holes that allow water to pass through, while non-porous materials do not allow water to pass through.
This document is a science lesson plan for 5th grade students on properties of materials and how they can be used to minimize waste. It includes learning objectives, content standards, and activities for students to identify materials' characteristics that make them useful or harmful. Students will explore examples of materials found at home and in the classroom, explain why certain materials are used for different purposes, and evaluate their understanding of how materials' properties determine their uses.
•Nabibigyang kahulugan ang Simuno at Panaguri
•Natutukoy ang kaibahan ng simuno at panaguri sa pangungusap.
•Natutukoy ang simuno at panaguri sa pangungusap.
•Nakakapagbigay ng pangungusap na may simuno at panaguri.
This document presents a lesson on visualizing numbers from 10,001 to 100,000 using representations like number discs, blocks, and grids. It provides examples of using these representations to show numbers like 24,631 and discusses having students practice visualizing various 4 and 5 digit numbers through hands-on activities of arranging the representations. The goal is for students to be able to visualize and comprehend the scale of large numbers.
Gravity is the force that pulls objects toward the center of Earth and causes things to fall. It also affects larger celestial bodies like the Moon, which is pulled by both the Sun's and Earth's gravity, causing the ocean tides. Gravity provides a constant downward acceleration to all objects on Earth, though air resistance can affect how quickly smaller objects fall through air.
The document describes an activity to classify materials based on their ability to absorb water. Students are instructed to observe samples of various materials and record their observations in a data chart about how each material looks before and after adding water, and whether it absorbs water or not. The objectives are to describe materials based on their ability to absorb water and classify them into groups. Materials like sponges, cotton, and towels are expected to absorb water while materials like styrofoam and plastics are expected to not absorb water.
This document outlines a science lesson for 4th grade students on materials that absorb water. The lesson introduces the concept of porous and non-porous materials, and whether they absorb water. Students conduct an experiment placing various materials like cotton balls, sponges, and towels in water to observe their properties and classify them as absorbing or not absorbing water. The lesson also defines key terms like absorb and porous. It provides guiding questions, activities for students to complete, and an evaluation at the end.
This document provides information about a science class on soil types. It discusses the objectives of identifying different soil types based on physical characteristics. It introduces the three main soil types - clay, loam, and sand. The document then provides details on the physical characteristics of each soil type, including texture, particle size, and ability to hold water. Students are instructed to complete activities that involve classifying soil types in pictures and diagrams, as well as a quiz to assess their understanding.
This document describes an activity where students observe which materials absorb water and which repel water. Students place various materials like cotton balls, sponges, paper, and plastic bags in water and observe what happens. Materials that soak up water, like sponges and cotton balls, are porous and absorbent. Materials that do not soak up water, like plastic and wax paper, are non-porous and repel water. The document explains that porous materials have small holes that allow water to pass through, while non-porous materials do not allow water to pass through.
This document is a science lesson plan for 5th grade students on properties of materials and how they can be used to minimize waste. It includes learning objectives, content standards, and activities for students to identify materials' characteristics that make them useful or harmful. Students will explore examples of materials found at home and in the classroom, explain why certain materials are used for different purposes, and evaluate their understanding of how materials' properties determine their uses.
•Nabibigyang kahulugan ang Simuno at Panaguri
•Natutukoy ang kaibahan ng simuno at panaguri sa pangungusap.
•Natutukoy ang simuno at panaguri sa pangungusap.
•Nakakapagbigay ng pangungusap na may simuno at panaguri.
This document presents a lesson on visualizing numbers from 10,001 to 100,000 using representations like number discs, blocks, and grids. It provides examples of using these representations to show numbers like 24,631 and discusses having students practice visualizing various 4 and 5 digit numbers through hands-on activities of arranging the representations. The goal is for students to be able to visualize and comprehend the scale of large numbers.
Gravity is the force that pulls objects toward the center of Earth and causes things to fall. It also affects larger celestial bodies like the Moon, which is pulled by both the Sun's and Earth's gravity, causing the ocean tides. Gravity provides a constant downward acceleration to all objects on Earth, though air resistance can affect how quickly smaller objects fall through air.
The document discusses the factors that influence whether an object will float or sink in water. It explains that an object's density determines if it is more or less dense than water, and the denser object will sink while the less dense object will float. An object's shape can also impact its ability to float, as a larger surface area increases the upthrust force pushing it up. In conclusion, for an object to float it must be less dense than water or have a shape that increases upthrust, while sinking occurs when an object is denser than water.
Materials are considered useful when they serve a purpose and have properties like durability, resistance to water/heat/acids, flexibility, elasticity, and hardness. Useful materials include metals, ceramics, wood, textiles, plastics, and rubbers. Materials can be considered harmful if they are only meant for a specific purpose and can cause injury if not used or disposed of properly, with properties like being corrosive, flammable, explosive, poisonous, or reactive. Examples given are bleach and car batteries. The document asks the reader to identify which materials can be recycled, cause injury, are toxic, can be landfilled, easily pollute, take long to decompose, can be reused, or
HELE 5 Lesson 1: Business Opportunities in the CommunityBenandro Palor
* Spotting and Identifying Business Opportunities
* Strengths, Weaknesses, Opportunities, and Threats (SWOT)
* Difference between Goods or Products and Services
Target Market
* Types of Retail Stores
* Factors to Consider in Putting Up a Retail Store
* Activities in Retailing
* Components of Price
This document discusses a lesson on materials that float and sink. Students are divided into groups and given various objects like pencils, coins, and erasers to predict and test whether they will float or sink. Key points made include that metals like coins and paper clips sink because they are dense, while wood items like pencils and popsicle sticks float. Rubber bands and crayons may float initially but then sink. The lesson reinforces that an object's density and material determine if it will float or sink in water.
1) The document discusses how to mend torn clothes and lists the necessary tools which include a measuring tape, scissors, needle, thread and thimble.
2) It explains how to use each tool like measuring the fabric first with a tape before cutting, using sharp scissors to cut the fabric, and wearing a thimble when sewing thick fabrics to avoid pricking fingers.
3) Basic hand stitches like backstitch are also mentioned.
This document discusses key concepts relating to heat, light, and sound. It explains that heat is a form of energy transfer between objects due to temperature differences, and can occur through conduction, convection, or radiation. Light is described as a form of electromagnetic radiation that can be reflected, refracted, or absorbed when it interacts with different materials and surfaces. Sound is defined as vibrations that travel in air, liquids, or solids in longitudinal waves, and its characteristics like frequency and pitch are determined by the rate and strength of vibrations. The document also provides an overview of vision and optical phenomena like refraction in the eye and lenses.
This document provides information about writing and comparing monetary values in symbols. It discusses using the peso sign, decimal point, and centavo sign when writing money. Money should be written with two decimal places. The symbols >, <, and = are used to compare money values. Various monetary amounts from 1 centavo to 1,000 pesos are defined in words and symbols. Practice problems have the reader write out amounts and compare values using the appropriate symbols.
Recognizing Useful and Harmful Materials Day 1.pptxmaicaRIEGOLarz
The document provides instructions for an activity to teach students about recognizing useful and harmful materials. Students are asked to identify materials from their bag, look for materials outside, classify a list as useful or harmful, read about the topic from their book, and identify other harmful materials and proper disposal methods in a tabular form. The purpose is to help students learn to distinguish between materials that are safe versus harmful.
The document discusses the 5Rs approach to waste management: reduce, reuse, recycle, repair, recover. It defines each of the 5Rs. Reduce means lessening unnecessary use of materials. Reuse means using items again, either by oneself or others. Recycle means processing waste materials to make new products. Repair means fixing broken items to reuse them. Recover means extracting energy or materials from wastes that can no longer be used. The 5Rs promote a clean environment by transforming wastes into useful materials through these various strategies.
The document discusses the two types of mixtures: homogeneous and heterogeneous. A homogeneous mixture is a single phase mixture where the components are uniformly distributed and not visible to the eye, such as air or salt water. A heterogeneous mixture is a non-uniform mixture where the components are not uniformly distributed and can be seen, such as sand and water or fruit salad.
The document describes an activity where students test various materials to see if they float or sink in water. They place materials one at a time in water and record their observations. Materials that floated included plastic bottles, plastic saucers, rubber balls and toys made of plastic or rubber. Materials that sank included pencils, erasers, metal spoons and stones. Students then analyze what properties cause certain materials to float, like being made of Styrofoam or balsa wood, while other heavier or porous materials sink.
The document outlines a detailed lesson plan for a Science class in the 4th grade on materials that float and sink. It includes objectives, subject matter, materials needed, procedures for teacher and student activities which involve defining float and sink, demonstrating which items float or sink in water, and a group activity and assessment to test comprehension. The goal is for students to understand why certain materials float while others sink based on their properties.
The document discusses the factors that influence whether an object will float or sink in water. It explains that an object's density determines if it is more or less dense than water, and the denser object will sink while the less dense object will float. An object's shape can also impact its ability to float, as a larger surface area increases the upthrust force pushing it up. In conclusion, for an object to float it must be less dense than water or have a shape that increases upthrust, while sinking occurs when an object is denser than water.
Materials are considered useful when they serve a purpose and have properties like durability, resistance to water/heat/acids, flexibility, elasticity, and hardness. Useful materials include metals, ceramics, wood, textiles, plastics, and rubbers. Materials can be considered harmful if they are only meant for a specific purpose and can cause injury if not used or disposed of properly, with properties like being corrosive, flammable, explosive, poisonous, or reactive. Examples given are bleach and car batteries. The document asks the reader to identify which materials can be recycled, cause injury, are toxic, can be landfilled, easily pollute, take long to decompose, can be reused, or
HELE 5 Lesson 1: Business Opportunities in the CommunityBenandro Palor
* Spotting and Identifying Business Opportunities
* Strengths, Weaknesses, Opportunities, and Threats (SWOT)
* Difference between Goods or Products and Services
Target Market
* Types of Retail Stores
* Factors to Consider in Putting Up a Retail Store
* Activities in Retailing
* Components of Price
This document discusses a lesson on materials that float and sink. Students are divided into groups and given various objects like pencils, coins, and erasers to predict and test whether they will float or sink. Key points made include that metals like coins and paper clips sink because they are dense, while wood items like pencils and popsicle sticks float. Rubber bands and crayons may float initially but then sink. The lesson reinforces that an object's density and material determine if it will float or sink in water.
1) The document discusses how to mend torn clothes and lists the necessary tools which include a measuring tape, scissors, needle, thread and thimble.
2) It explains how to use each tool like measuring the fabric first with a tape before cutting, using sharp scissors to cut the fabric, and wearing a thimble when sewing thick fabrics to avoid pricking fingers.
3) Basic hand stitches like backstitch are also mentioned.
This document discusses key concepts relating to heat, light, and sound. It explains that heat is a form of energy transfer between objects due to temperature differences, and can occur through conduction, convection, or radiation. Light is described as a form of electromagnetic radiation that can be reflected, refracted, or absorbed when it interacts with different materials and surfaces. Sound is defined as vibrations that travel in air, liquids, or solids in longitudinal waves, and its characteristics like frequency and pitch are determined by the rate and strength of vibrations. The document also provides an overview of vision and optical phenomena like refraction in the eye and lenses.
This document provides information about writing and comparing monetary values in symbols. It discusses using the peso sign, decimal point, and centavo sign when writing money. Money should be written with two decimal places. The symbols >, <, and = are used to compare money values. Various monetary amounts from 1 centavo to 1,000 pesos are defined in words and symbols. Practice problems have the reader write out amounts and compare values using the appropriate symbols.
Recognizing Useful and Harmful Materials Day 1.pptxmaicaRIEGOLarz
The document provides instructions for an activity to teach students about recognizing useful and harmful materials. Students are asked to identify materials from their bag, look for materials outside, classify a list as useful or harmful, read about the topic from their book, and identify other harmful materials and proper disposal methods in a tabular form. The purpose is to help students learn to distinguish between materials that are safe versus harmful.
The document discusses the 5Rs approach to waste management: reduce, reuse, recycle, repair, recover. It defines each of the 5Rs. Reduce means lessening unnecessary use of materials. Reuse means using items again, either by oneself or others. Recycle means processing waste materials to make new products. Repair means fixing broken items to reuse them. Recover means extracting energy or materials from wastes that can no longer be used. The 5Rs promote a clean environment by transforming wastes into useful materials through these various strategies.
The document discusses the two types of mixtures: homogeneous and heterogeneous. A homogeneous mixture is a single phase mixture where the components are uniformly distributed and not visible to the eye, such as air or salt water. A heterogeneous mixture is a non-uniform mixture where the components are not uniformly distributed and can be seen, such as sand and water or fruit salad.
The document describes an activity where students test various materials to see if they float or sink in water. They place materials one at a time in water and record their observations. Materials that floated included plastic bottles, plastic saucers, rubber balls and toys made of plastic or rubber. Materials that sank included pencils, erasers, metal spoons and stones. Students then analyze what properties cause certain materials to float, like being made of Styrofoam or balsa wood, while other heavier or porous materials sink.
The document outlines a detailed lesson plan for a Science class in the 4th grade on materials that float and sink. It includes objectives, subject matter, materials needed, procedures for teacher and student activities which involve defining float and sink, demonstrating which items float or sink in water, and a group activity and assessment to test comprehension. The goal is for students to understand why certain materials float while others sink based on their properties.
This document discusses materials that can absorb water. It explains that absorbent materials, also called porous materials, have tiny holes that allow water or other liquids to pass through. Examples given of absorbent materials include sponges, cloth/fabric, cotton, and paper towels. An activity is described where students place various materials like sponges, cotton balls, and towels in water to observe which ones absorb the water and get wet. They then group the materials by their absorbency properties. Questions are provided to check students' understanding.
Yoheved had to hide her baby from Pharaoh's command to kill all Israelite male babies. She first hid the baby at home but after 3 months it became too difficult. She then came up with the idea to put the baby in a box that could float, using materials like papyrus and tar to make the box's density lower than water so it would float safely carrying the baby.
1. The document discusses different materials and their properties of absorbing or repelling water. It introduces characters like Spongee sponge, Peter paper, and Tissy tissue paper who are absorbent materials and Celso cellophane and Garry glass who are non-absorbent.
2. It then discusses materials that float or sink, explaining that density determines if an object floats or sinks in water. Less dense objects like ping pong balls float while denser objects like marbles sink.
3. The document concludes by introducing characters Peter and John, one that decays and one that does not. Peter decays and becomes part of the environment through decomposition while John is non-decaying and cannot be
This document provides lessons on porosity and density of materials. It includes two activities where students observe whether different materials float or sink in water, and whether they absorb water. The first activity shows that coins sink while wood floats, due to differences in density. The second activity demonstrates that sponges absorb water while plastic does not, due to porosity. Porosity and density are then defined. Students are tasked to identify whether examples given exhibit porosity or density. The document also includes lessons on English and writing paragraphs using outlines and graphic organizers.
This lesson plan aims to teach 6th grade students about the states of matter. The objectives are for students to be able to identify and distinguish between solids, liquids, and gases, list physical properties of each state, explain the differences in particle spacing, and provide examples from daily life. Students will move between stations with matter examples and discuss observations in groups and through a PowerPoint. A quiz will evaluate students. Standards addressed are physical sciences, nature of matter, and scientific inquiry.
This science lesson explores the different forms water can take as a solid, liquid, or gas. Students will learn about places water can be found on Earth like lakes, rivers, and oceans. They will discuss how water changes between states through evaporation, condensation, freezing, and melting. The lesson involves a magic trick to introduce water changing forms, reading from their science book, and completing a worksheet with vocabulary terms and examples of different water sources.
This document provides information about materials and their properties. It defines matter and states of matter, then discusses the definition of materials and gives examples of natural vs man-made materials. The document outlines several key properties of materials such as flexibility, strength, transparency, and conductivity. It also provides examples of how these properties determine appropriate uses of common materials like wood, plastic, metal, fibers, and glass. Activities at the end quiz students on material properties and uses.
Everyone is encourage to share their blessings to without any hesitation. More and more blessings to come to our dearest public school teachers. Hooray and more power! Everyone is encourage to share their blessings to without any hesitation. More and more blessings to come to our dearest public school teachers. Hooray and more power! Everyone is encourage to share their blessings to without any hesitation. More and more blessings to come to our dearest public school teachers. Hooray and more power! Everyone is encourage to share their blessings to without any hesitation. More and more blessings to come to our dearest public school teachers. Hooray and more power! Everyone is encourage to share their blessings to without any hesitation. More and more blessings to come to our dearest public school teachers. Hooray and more power! Everyone is encourage to share their blessings to without any hesitation. More and more blessings to come to our dearest public school teachers. Hooray and more power! Everyone is encourage to share their blessings to without any hesitation. More and more blessings to come to our dearest public school teachers. Hooray and more power! Everyone is encourage to share their blessings to without any hesitation. More and more blessings to come to our dearest public school teachers. Hooray and more power! Everyone is encourage to share their blessings to without any hesitation. More and more blessings to come to our dearest public school teachers. Hooray and more power! Everyone is encourage to share their blessings to without any hesitation. More and more blessings to come to our dearest public school teachers. Hooray and more power!
This document discusses properties of matter including mass, volume, liquids, and density. It defines density as a measure of how closely packed matter is in an object, with objects that float having a lower density than those that sink. The document also covers absorption and capillarity, describing absorption as the ability of a substance to take up liquids through pores and capillarity as the movement of liquid through a tube. Finally, it discusses biodegradable and non-biodegradable matter, defining biodegradable materials as those that decompose and smell while non-biodegradable materials take much longer or never decompose at all.
This lesson plan aims to teach students about context clues. It will define context clues, discuss the different types like definition, synonyms and antonyms, and give examples. Students will practice identifying the meanings of unfamiliar words from sentences. They will then read a passage using context clues and answer short questions to assess their understanding.
ALTERNATIVE LEARNING SYSTEM
DISTRICT III
Name:
Level: Date:
Community Learning Center:
32200174 / SURIGAO WEST CENTRAL ELEMENTARY SCHOOL ALS Facilitator:
DANICA M. BAIDIANGO Score:
LEARNING STRAND 2 Scientific Literacy and Critical Thinking Skills
Content Standard: Demonstrate understanding on various biological concepts and their applications
Performance Standard D: Apply biological science concepts in different life situations
Learning Competency:
a. Identify the different sense organs (LS2SC-BC-PSD-LE/AE/JHS-19);
b. Relate the structure of the sense organs to its functions (LS2SC-BC-PSD-LE/AE/JHS-19);
c. Demonstrate healthful habits in taking care of the sense organs (LS2SC-BC-PSD-LE/AE/JHS-21)
d. Describe the causes and symptoms of some diseases associated with the sense organs, e.g. • Eyes: ocerthalmium (night blindness), conjunctivitis, stye, • sore eyes, lesions of the eyes, foreign body • Nose: adenoids, foreign body • Ears: otitis, foreign body • Tongue/mouth: oral thrush (singaw), Herpes simplex • Skin: carbuncle, boils (pigsa), dermatitis and fungal infections
CONTENT: OUR SENSE ORGAN: Lesson 1- The Organs of Sight and Hearing
References: ALS A&E Our Sense Organ.pdf (page 4-17)
A. LET’S SEE WHAT YOU ALREADY KNOW!
I- Multiple Choice. Encircle the correct answer.
1. Our eye is our organ for _______________.
a. smell
b. hearing
c. vision
d. touch
2. A thin layer of tissue that lines your eyelids and nasal cavity is called _____________.
a. lining
b. mucous membrane
c. skin
d. dermis
3. The innermost layer of cell inside your eye is called the _______________.
a. mucous membrane b. conjunctiva c. retina d. choroid
4. The visible part of your ear is called ______________.
a. ear b. auricle c. flaps d. shell
5. You hear sounds through ________________.
a. vibration b. music c. noise d. light
6. The smallest bones of your body are found in your _______________.
a. eyes b. nose c. mouth d. ears
7. Olfaction pertains to your sense of _________________.
a. smell
b. touch
c. sight
d. taste
8. _______________ are groups of cells inside your mouth that detect the taste of the food you eat.
a. tongue b. teeth c. taste buds d. saliva
9. The biggest sense organ of your body is your ___________________.
a. nose b. lips c. skin d. eyes
10. Your sense of touch is also called ______________ sense.
a. olfaction
b. vision
c. balance
d. tactile
II- Write the corresponding sense organ affected by the following disorders or diseases. Write eye, ear, nose, tongue, or skin on the space provided before each number.
_______________ 1. Carbuncle
_______________ 2. Otitis Media
_______________ 3. Rhinitis
_______________ 4. Sty
_______________ 5. Aguesia
B. CONCEPT NOTES
LESSON 1
The Organs of Sight and Hearing
How do our eyes see?
Figure 1.1
Our eye has many parts and each one of them helps you see.
Try blinking one
Light passes through transparent materials like clear glass, water, and plastic sheets. Several activities were performed to demonstrate this. In one activity, words could still be read on a book covered with a transparent plastic sheet since light passed through the sheet. In another, light was observed to pass through a clear glass blade without forming shadows, since the glass is transparent. Transparent materials like clear water and glass allow light to pass through easily.
This document provides extra questions and answers about sorting materials into groups based on their properties. It includes multiple choice questions about properties such as solubility, luster, transparency, and materials that are opaque. It also provides short answer questions about classifying objects made of wood, differences between miscible and immiscible liquids, and how to make paper translucent. Long answer questions define terms like soluble substance, insoluble substance, and solubility and differentiate between transparent, translucent and opaque materials.
This document discusses the classification of beer. It begins by noting that beer is an alcoholic beverage produced through fermentation. Beer comes in many styles that can be classified based on factors like origin and characteristics. The main styles discussed are pilsner, bock, helles, dunkel, and Oktoberfest beers. The document also provides some background on the origins and production methods of lager beers.
The document discusses floating and sinking, defining these terms and exploring what factors influence whether an object floats or sinks. It examines how an object's material, density, trapped air, and shape can impact whether it floats. Examples are provided of objects that float, like polystyrene balls, versus those that sink, like cotton balls. Experiments show that an object's density is important, as both large and small wooden objects and candles floated. Displacing water allows objects to float.
A detailed lesson plan in science iii (composition of soil)Ces Sagmon
The document outlines a science lesson plan about soil composition and types. It describes the key components that make up soil including sand, silt, clay, and loam. The lesson explains the characteristics of each soil type and emphasizes that loam is the best soil for growing plants because it can absorb nutrients and water effectively.
This document discusses materials that can absorb water. It defines absorption as taking in liquid gradually and naturally. It instructs students to classify examples like paper, cotton balls, and towels as absorbing or not absorbing water. Students are then asked to collect 10 materials from home to test which absorb water and record their findings.
This document discusses materials that can absorb water. It defines absorption as taking in liquid gradually. It instructs students to classify examples like paper, cotton balls, and towels as absorbing or not absorbing water. Students are then asked to collect 10 materials from home to test which absorb water and record their findings.
This document discusses adverbs of place, which provide location information about an action. It lists common adverbs of place like here, there, home, and abroad. Adverbs of place are usually placed after the main verb or object. Examples are provided to illustrate their use, such as "The cat looked around" and "They built a hut nearby." Readers are given exercises to identify adverbs of place in sentences and use them to write new sentences of their own.
This document provides instructions for an experiment called "Elephant Toothpaste" which produces a foamy reaction. The supplies needed are warm water, yeast, food coloring, hydrogen peroxide at 3% or 6% concentration, dish soap, and an empty plastic bottle. The instructions describe combining these ingredients in steps: adding food coloring and dish soap to hydrogen peroxide in the bottle, then adding a mixture of warm water and yeast. This causes a foamy reaction to occur due to the hydrogen peroxide decomposing and the yeast and soap catalyzing bubble production. The foam produced is greater using 6% hydrogen peroxide compared to 3%.
This document describes an experiment to inflate a balloon using yeast, sugar, and warm water. The procedure involves filling a plastic bottle with warm water, adding yeast and sugar, shaking the bottle to mix the ingredients, placing the neck of a balloon over the bottle opening, and allowing the yeast to ferment and produce gas to slowly inflate the balloon over 15-20 minutes. The document also provides context that fermentation is a chemical breakdown by microorganisms that produces gases and heat.
This document provides an overview of addition in mathematics. Addition is the process of combining two or more numbers, called addends, to get a sum. There are many everyday uses of addition, like calculating time and money by adding bills and receipts. The addition symbol is a plus sign (+). An addition sentence shows addends, plus signs, an equal sign, and the sum.
This document divides animals into two main groups: invertebrates, which lack backbones, and vertebrates, which have backbones. Vertebrates are further divided into five classes: fish, amphibians, reptiles, birds, and mammals. Each class is described in one to three sentences, noting key distinguishing characteristics like their habitat, anatomy, and reproduction methods. Examples of common animals in each class are also provided.
The document outlines the objectives, elements, and structure of a reaction or response paper. It provides examples of stories that could be used for a reaction paper, including questions about the stories. It describes the introduction, body, and conclusion as the three parts of a reaction paper and issues to consider when writing a reaction.
The document discusses different types of materials and their properties. It explains that materials can have properties that make them useful or harmful. Useful materials include vinegar, cotton, fans, and plastic bottles, while harmful materials include detergents, paints, pins, and needles. Some materials can be reused, but others should be disposed of properly since they can pollute the environment or pose health risks if not used for their intended purpose, such as air fresheners. The document concludes by asking the reader to identify whether examples of materials are useful or harmful.
This document discusses the key elements that determine weather conditions: temperature, wind speed and direction, humidity, air pressure, precipitation, and clouds. It describes common weather instruments like thermometers, anemometers, wind vanes, rain gauges, barometers, and hygrometers that are used to measure these elements. Weather is defined as the current conditions in the atmosphere at a specific time and place, including factors like temperature, precipitation, and cloudiness.
Cellular respiration is a four step process cells use to produce ATP: 1) glucose enters the cell and is broken down in glycolysis, using 2 ATP but producing 4 ATP and pyruvic acid, 2) the pyruvic acid enters the Krebs cycle in the mitochondria producing more ATP and NADH/FADH2, 3) the NADH/FADH2 are used in the electron transport chain, an aerobic process using oxygen to produce 32 more ATP, and 4) under low oxygen, fermentation converts pyruvic acid to lactic acid to allow glycolysis to continue without oxygen (anaerobic respiration).
This document contains a complete list of 220 Dolch Sight Words organized from pre-primer through third grade level. The list includes common, short words that are used frequently in children's reading materials.
This document introduces Naomi Noun, whose job is to name people, places, animals, things, and ideas with nouns. It provides examples of common nouns used to name people like "teacher" and "Adam", places like "kitchen" and "London", and things like "cat" and "balloon". The document asks the reader to identify nouns in sample sentences and describes different types of nouns.
This document introduces nouns and their different types. It begins by explaining that a noun is a naming word that can name people, places, animals, things, and ideas. It then provides examples of common nouns that name people, places, and things. Later, it asks the reader to identify nouns in sample sentences. Finally, it lists and defines the different types of nouns.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive function. Exercise causes chemical changes in the brain that may help protect against developing mental illness and improve symptoms for those who already suffer from conditions like anxiety and depression.
The document provides an example of listing down the numbers that will give a product of a given number. It asks the reader to follow the example provided but does not state what the given number or example are.
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Porous and Non Porous Materials
1.
2. Prayer:
In the name of the Father and of the Son and of the
Holy Spirit, Amen.
We thank you Lord for another day of our life,.
Thank you for all the blessings you are giving us.
Thank you for letting us attend once more in our
online class. Please continue to shower us with
strength and guidance to grasp all the knowledge we
need. Help us in our daily undertakings. We ask these
through Christ our Lord, Amen.
In the name of the Father and of the Son and of the
3. Objectives:
1. Describe and classify materials
based on the ability to absorb water;
2. Identify and classify materials that
float and sink; and
3. Identify and classify materials that undergo
decay.
4. Let us learn and explore objects that can absorb
water and those that cannot!!!
8. Porous Material is a material containing pores. It has minute
spaces or holes through which liquid or air may pass. It is
often characterized by its porosity.
Non porous they have no holes. Air or water cannot
pass through it.
Porous materials absorb water while non-porous
materials do not absorb water.
18. 1. Which material can absorb water?
A. wood
B. towel
C. rubber mat
D. plastic bottle
19. 2. Which object will float in
water?
A. big stone
B. steel ball
C. plastic ball
D. 5-peso coin
20. 3. Which material has the ability
to sink in water?
A. log
B. styrofoam
C. plastic cup
D. metal spoon
21. 4. Why do life vests keep you float in the sea?
A. because of its shape
B. because it is filled with air
C. because it is made of rubber
D. because it is heavier than water
22. Which material has the ability to decay?
A. stone
B. rubber
C. plastics
D. left-over food