This document provides instructions for making a homemade fire extinguisher using common household ingredients. The ingredients needed are baking soda, white vinegar, a candle, a lighter, an empty water bottle, and two spoons. The instructions are to light the candle, add vinegar and then baking soda to the bottle, which will produce bubbling and carbon dioxide gas; then place the bottle over the candle to smother the flame using the gas. The purpose is to learn how a fire extinguisher works in a simple and cost-effective way using only baking soda and vinegar.
The document provides instructions for an assignment on fire safety. Students are asked to:
1) Design a leaflet explaining fire safety and types of fire extinguishers.
2) Create a fire escape floor plan for their home showing two exit routes from each room.
3) Write a report including a title page, contents, details of fire extinguishers and procedures, and research on additional fire safety topics.
The National Fire Protection Association mandates that every fire extinguisher in every public facility be inspected monthly and serviced annually. There is an Android Smartphone app to modernize this process.
There are five classes of fires which require different types of fire extinguishers. Portable fire extinguishers come in various types that use different agents like water, dry chemical, wet chemical, foam, and carbon dioxide to fight specific classes of small fires. It is important to select the proper extinguisher for the class of fire, know how to operate it using the PASS method, and ensure extinguishers receive regular maintenance and inspections to keep them in good working order.
This document provides instructions for making a homemade fire extinguisher using common household items. The ingredients are baking soda, vinegar, and a plastic bottle. The procedure is to light a candle, add baking soda to the bottle, add vinegar which will cause carbon dioxide gas to be released, and place the bottle near the candle to extinguish the flame using the carbon dioxide. The scientific explanation is that carbon dioxide gas is denser than air and will smother the flame by displacing the oxygen needed for combustion.
This document provides instructions for making a homemade fire extinguisher using common household items. The ingredients needed are baking soda, a plastic bottle, vinegar, and a candle. The procedure involves lighting the candle, adding 2 spoons of baking soda to the bottle, filling the bottle with white vinegar, and quickly placing the bottle near the candle so that the released carbon dioxide gas from the chemical reaction between the baking soda and vinegar will extinguish the small candle flame. The homemade extinguisher demonstrates how carbon dioxide can smother a fire through its density being greater than air.
Keeping homes safe from fires should involve having fire escape routes, emergency contact numbers clearly posted, and fire extinguishers in key areas. While store-bought fire extinguishers can be expensive, over $300, an effective homemade fire extinguisher can be made using just baking soda and white vinegar for inexpensive. The homemade fire extinguisher works by the baking soda and vinegar reacting to produce carbon dioxide gas, which smothers the fire by reducing available oxygen.
This document discusses combustion and flames. It defines combustion as a chemical process where a substance reacts with oxygen to produce heat. For combustion to occur, the substance must reach its ignition temperature. The document then describes several experiments that demonstrate combustion requires oxygen and a minimum temperature to occur. It explains how different substances have different ignition temperatures.
The document provides instructions for an assignment on fire safety. Students are asked to:
1) Design a leaflet explaining fire safety and types of fire extinguishers.
2) Create a fire escape floor plan for their home showing two exit routes from each room.
3) Write a report including a title page, contents, details of fire extinguishers and procedures, and research on additional fire safety topics.
The National Fire Protection Association mandates that every fire extinguisher in every public facility be inspected monthly and serviced annually. There is an Android Smartphone app to modernize this process.
There are five classes of fires which require different types of fire extinguishers. Portable fire extinguishers come in various types that use different agents like water, dry chemical, wet chemical, foam, and carbon dioxide to fight specific classes of small fires. It is important to select the proper extinguisher for the class of fire, know how to operate it using the PASS method, and ensure extinguishers receive regular maintenance and inspections to keep them in good working order.
This document provides instructions for making a homemade fire extinguisher using common household items. The ingredients are baking soda, vinegar, and a plastic bottle. The procedure is to light a candle, add baking soda to the bottle, add vinegar which will cause carbon dioxide gas to be released, and place the bottle near the candle to extinguish the flame using the carbon dioxide. The scientific explanation is that carbon dioxide gas is denser than air and will smother the flame by displacing the oxygen needed for combustion.
This document provides instructions for making a homemade fire extinguisher using common household items. The ingredients needed are baking soda, a plastic bottle, vinegar, and a candle. The procedure involves lighting the candle, adding 2 spoons of baking soda to the bottle, filling the bottle with white vinegar, and quickly placing the bottle near the candle so that the released carbon dioxide gas from the chemical reaction between the baking soda and vinegar will extinguish the small candle flame. The homemade extinguisher demonstrates how carbon dioxide can smother a fire through its density being greater than air.
Keeping homes safe from fires should involve having fire escape routes, emergency contact numbers clearly posted, and fire extinguishers in key areas. While store-bought fire extinguishers can be expensive, over $300, an effective homemade fire extinguisher can be made using just baking soda and white vinegar for inexpensive. The homemade fire extinguisher works by the baking soda and vinegar reacting to produce carbon dioxide gas, which smothers the fire by reducing available oxygen.
This document discusses combustion and flames. It defines combustion as a chemical process where a substance reacts with oxygen to produce heat. For combustion to occur, the substance must reach its ignition temperature. The document then describes several experiments that demonstrate combustion requires oxygen and a minimum temperature to occur. It explains how different substances have different ignition temperatures.
Explanation about smoke boom by l m subhansman 2 mataram
This document provides instructions for making and using smoke bombs, including colored smoke bombs. It explains that commercial smoke bombs contain potassium chlorate, sugar, sodium bicarbonate, and organic dyes, which produce white smoke and colored evaporation when burned. The smoke bomb is lit directly and burns vigorously, ejecting smoke through small holes. Homemade colored smoke bombs require chemicals like those in chemistry labs, and involve mixing ingredients by weight and igniting them to produce different colored smokes.
Explanation about smoke boom by l m subhansman 2 mataram
This document provides instructions for making and using smoke bombs, including colored smoke bombs. It explains that commercial smoke bombs contain potassium chlorate, sugar, sodium bicarbonate, and organic dyes, which produce white smoke and colored evaporation when burned. The smoke bomb is lit directly and burns vigorously, ejecting smoke through small holes. Homemade colored smoke bombs require chemicals like those in chemistry labs, and involve mixing ingredients by weight and igniting them to produce different colored smokes.
How to burn ironbark firewood better 5 easy stepsSydney Firewood
If you’re buying ironbark firewood in Sydney, make sure it’s the well-seasoned and high quality wood type that comes at a cost-effective price. At Sydney Firewood, you get premium quality ironbark hardwood that creates impeccable flames. Also, the supplier takes orders online and delivers wood logs at your doorstep. Visit the official website to know more!
This document provides instructions for a science magic trick where a candle flame can be blown out by pouring "air" from a glass onto the flame. The trick works by mixing baking soda and vinegar in a glass, which produces carbon dioxide gas that is heavier than air. When the gas from the glass is poured onto the candle, the carbon dioxide sinks and replaces the air around the flame, suffocating it and extinguishing the fire.
This lesson teaches about fire extinguishers and how to use them properly. It covers the causes of fires using the fire triangle model of oxygen, heat, and fuel. It then explains the different types of fire extinguishers for class A, B, C, and D fires. Finally, it details the P.A.S.S. method for effectively using a fire extinguisher, which stands for pull, aim, squeeze, and sweep.
Nitis Singh, a class 12 student, thanks his chemistry teacher and principal for their guidance and support in completing his school project on making a smoke bomb. The document provides instructions on gathering materials like sugar, potassium nitrate, and foil and mixing them together to produce a smoke bomb that can be used for military signaling, screening troop movements, or as a pyrotechnic novelty. When ignited, the chemical reaction between the sugar and potassium nitrate produces smoke by evaporating and condensing dye particles in the air.
The document provides information on fire safety and fire extinguisher training. It discusses the fire triangle, fuel classifications, and the different types of fire extinguishers including water, carbon dioxide, and dry chemical extinguishers. It explains how to identify the appropriate extinguisher based on the fuel source and use the PASS method of pulling the pin, aiming at the base of the fire, squeezing the handle, and sweeping from side to side. Rules for fighting fires safely are also outlined.
Three things must be present for a fire to occur: fuel, heat, and oxygen. Fires are classified based on the type of fuel burning. The three most common types of fire extinguishers are water, carbon dioxide, and dry chemical. Water extinguishers are for Class A fires only. Carbon dioxide extinguishers are for Class B and C fires and work by removing oxygen. Dry chemical extinguishers can be used on Class A, B, or C fires and work by separating fuel from oxygen. It is important to remember PASS when using an extinguisher - pull the pin, aim at the base of the fire, squeeze the handle, and sweep from side to side until the fire is out. Only
Explanation about smoke boom by l m subhansman 2 mataram
This document provides instructions for making and using smoke bombs, including colored smoke bombs. It explains that commercial smoke bombs contain potassium chlorate, sugar, sodium bicarbonate, and organic dyes, which produce white smoke and colored evaporation when burned. The smoke bomb is lit directly and burns vigorously, ejecting smoke through small holes. Homemade colored smoke bombs require chemicals like those in chemistry labs, and involve mixing ingredients by weight and igniting them to produce different colored smokes.
Explanation about smoke boom by l m subhansman 2 mataram
This document provides instructions for making and using smoke bombs, including colored smoke bombs. It explains that commercial smoke bombs contain potassium chlorate, sugar, sodium bicarbonate, and organic dyes, which produce white smoke and colored evaporation when burned. The smoke bomb is lit directly and burns vigorously, ejecting smoke through small holes. Homemade colored smoke bombs require chemicals like those in chemistry labs, and involve mixing ingredients by weight and igniting them to produce different colored smokes.
How to burn ironbark firewood better 5 easy stepsSydney Firewood
If you’re buying ironbark firewood in Sydney, make sure it’s the well-seasoned and high quality wood type that comes at a cost-effective price. At Sydney Firewood, you get premium quality ironbark hardwood that creates impeccable flames. Also, the supplier takes orders online and delivers wood logs at your doorstep. Visit the official website to know more!
This document provides instructions for a science magic trick where a candle flame can be blown out by pouring "air" from a glass onto the flame. The trick works by mixing baking soda and vinegar in a glass, which produces carbon dioxide gas that is heavier than air. When the gas from the glass is poured onto the candle, the carbon dioxide sinks and replaces the air around the flame, suffocating it and extinguishing the fire.
This lesson teaches about fire extinguishers and how to use them properly. It covers the causes of fires using the fire triangle model of oxygen, heat, and fuel. It then explains the different types of fire extinguishers for class A, B, C, and D fires. Finally, it details the P.A.S.S. method for effectively using a fire extinguisher, which stands for pull, aim, squeeze, and sweep.
Nitis Singh, a class 12 student, thanks his chemistry teacher and principal for their guidance and support in completing his school project on making a smoke bomb. The document provides instructions on gathering materials like sugar, potassium nitrate, and foil and mixing them together to produce a smoke bomb that can be used for military signaling, screening troop movements, or as a pyrotechnic novelty. When ignited, the chemical reaction between the sugar and potassium nitrate produces smoke by evaporating and condensing dye particles in the air.
The document provides information on fire safety and fire extinguisher training. It discusses the fire triangle, fuel classifications, and the different types of fire extinguishers including water, carbon dioxide, and dry chemical extinguishers. It explains how to identify the appropriate extinguisher based on the fuel source and use the PASS method of pulling the pin, aiming at the base of the fire, squeezing the handle, and sweeping from side to side. Rules for fighting fires safely are also outlined.
Three things must be present for a fire to occur: fuel, heat, and oxygen. Fires are classified based on the type of fuel burning. The three most common types of fire extinguishers are water, carbon dioxide, and dry chemical. Water extinguishers are for Class A fires only. Carbon dioxide extinguishers are for Class B and C fires and work by removing oxygen. Dry chemical extinguishers can be used on Class A, B, or C fires and work by separating fuel from oxygen. It is important to remember PASS when using an extinguisher - pull the pin, aim at the base of the fire, squeeze the handle, and sweep from side to side until the fire is out. Only
1. How to do it?
What you will need:
Baking soda
White vinegar
A candle
A lighter
An empty water bottle
2 spoons from the same size
Instructions.
1. First of all light the candle.
2. After that fill a clean glass jar 3
spoons of white vinegar.
3. Then the same amount with the
baking soda.
4. It will start to bubble a little…
5. Then you just put the mixture above
the candle and with that gas it will turn
off automaticly.
DON’T LET THE WATER FALL!
FIRE FIGHTER.
PLACE PHOTO HERE,
OTHERWISE DELETE BOX
Ana Armenta, Mariana Arellano,
IsabellaAbramo, Regina Perez,
Mariana Mtz Celis
FIRE FIGHTER
2. Why could this help
you in your life?
Keeping your home safe from fires should be
on your home maintenance checklist. Having a
proper fire escape route and emergency
numbers clearly posted is a great first step. In
addition, it is wise to have a fire extinguisher on
hand in the kitchen and other areas where an
open flame is used. A small home fire
extinguisher is relatively inexpensive, but larger
units can cost upwards of $300. You can create
a simple, cost-effective fire extinguisher on your
own, using nothing more than baking soda and
If you add this 2
a few common pantry items. What is the scientific materials you get this.
A fire extinguisher is an important piece method?
of safety equipment in both the home and
lab. You can make your own fire There's a lot of chemistry behind the simple
extinguisher using common kitchen lighting of a candle. Oxygen is needed for the
ingredients to learn how fire candle to burn, the melting (vaporizing) wax
extinguishers work and to learn about provides the fuel and, of course, you need Vinegar
gases. heat. Remove any of the three (oxygen, heat,
or fuel) in the fire triangle and the flame goes
out. Yet another way to extinguish the fire is to Home made
smother it with carbon dioxide gas. In this fire
experiment, you'll learn how to blow out a
candle with a little style and showmanship.
extinguisher
Baking
Soda