| Title of
the Project |
Brief
Description of the Project |
| Do
Eggs Float or Sink in salt water? |
An
egg sinks to the bottom if you drop it into a glass of ordinary drinking
water but what happens if you add salt? The results are very interesting and
can teach you some fun facts about density.
What's happening?
Salt water is denser than ordinary tap water, the denser the liquid the
easier it is for an object to float in it. When you lower the egg into the
liquid it drops through the normal tap water until it reaches the salty
water, at this point the water is dense enough for the egg to float. If you
were careful when you added the tap water to the salt water, they will not
have mixed, enabling the egg to amazingly float in the middle of the glass. |
| Do vegetables lose glucose as they age? |
One
day, I was eating an apple which was a bit brown and wondered if it had less
glucose than a fresh apple, so I decided to conduct a science fair project
about it. My dad and I ordered some glucose strips from the Internet to test
the amount of glucose in a fresh fruit vs. the amount of glucose in an older
or aged fruit. After I test the amount of glucose in the fruits, I will do
some research with the Internet and some books to see what other people who
conducted a similar experiments concluded with. This would help me in finding
whether I did the experiment correctly or not. |
| Why
does my snack turn brown? |
This
food science project will examine the cause of snacks like apples, bananas
and avocados turning brown if you don't eat them quick enough! It explore to
see which liquids are best to slow down this oxidation process. |
| Salt
effect on Plant Germination and Growth |
To
study the effect of salt on plant seed germination and growth and to see
various plant types and salt quantity in soil. I am taking two types of plant
seeds and four variations of salt to study the salt effect. |
| Plants :
The Living Things |
In
my presentation, I am going to prove to everyone that plants are alive and
why. I will also tell them about my research I did about experiments that
other people did to prove that those plants out there have a heart and they
have feelings just like us! I researched that plants are made out of cells,
they produce young ones, and they need sunlight and water just like us! My
presentation will be interesting , and the group will learn new things they
never knew about plants! |
| Salt melting ice |
When
water is at 32F temperature it becomes a solid.The solid is called ice. When
it is in solid state its particles are close together.
When water is in liquid state the particles are far apart. When the
temperature is above 32F the ice will start to melt and will becomes
water.
This project is to try and find out which type of salt could melt the ice
the fastest.
The types of salts I am using are rock salt, kosher salt, regular table
salt and Epsom salt. |
| Does
the size of the paper airplane affect how far it flies? |
Hypothesis:
I think the size will affect how far the airplane flies.
Description:
I will make 9 paper airplanes for testing. I will make 3 of them small, 3
of them medium sized, and the last 3 large. I will test 1 small, 1 medium,
and 1 large in each test. I will do three different tests. I will measure the
distance each plane flies. I will find out if the size makes a difference. |
| Can
We Grow Veggies without Soil |
Growing
vegetables without soil does not look practical at first glance, but after
some research I found that it is possible with Hydroponics technique. Then I
decided to explore this method.
Hydroponics - it is a method of growing plants using mineral nutrients
solution in water, without soil. The plants are grown with their roots
partially submerged in nutrient solution. In this culture either solution is
used or inert medium like gravel, coconut coir etc is used.
The major benefit of Hydroponics are that we will get higher quality and
better taste of veggies. Also this technique is very useful in areas where
agriculture land is very less like Hawaii. And NASA is also using Hydroponics
to grow plants in space station and it is also planned for future use on
Mars.
Am going to do experiment on static solution culture method of Hydroponics
to grown my own salad veggies at home to verify it works or not. |
| Stars |
This
project includes the history of stars and how they live. I will talk about
how you see constellations in space and how they form. It also states how
they get their light and how they retire. And lastly, what they are made of. |
| What
liquid makes a penny change most in color |
Drop
pennies in different liquids like vinegar, salt water, tomato sauce, milk,
water, soda, orange juice and soak for a week. Then take out pennies and
notice which penny has changed most in color and why is this has happened. |
| How
the wing types,wingspans and size affect the flight of a paper plane |
This
project will describe how features of the paper planes affect its flight.
There will be around seven PowerPoint slides that are full of details. One of
these will be the hypothesis (on the second PowerPoint slide) and a
conclusion (the final slide). The first slide will be the title. And the rest
of the PowerPoint slides shall talk about flight, the planes, and the test
flights. |
| Why does a
star shine? |
My
project is to find out why a star shines and what happens inside a star. What
materials and forces in a star make it shine for hundreds and millions of
years. My project involves researching about about gravity, gases and nuclear
fusion. |
| Which
cleans a penny faster? Lemon juice or Vinegar |
I
used 2 pennies minted in the same year which were equally dirty and used
lemon juice to clean one penny and vinegar to clean the other. I used 2
similar plastic containers and used same amount of liquid in each container
to cover the penny completely and let it sit in the liquid for 60 minutes.
After the 60 minutes the penny cleaned with lemon juice was cleaner than the
penny cleaned with vinegar |
| Does
Music affect your mood |
Does
Music affect your mood.
The purpose of this expirement is to help me, and everyone who looks at my
data, understand the connection between sound and our emotions. This will be
useful for therapists who want their patients to overcome their depression.
It could help develope a new strategy of promoting happiness if I can find
genres of music that encourage listeners to be 'happy'. |
| Water |
Experiment
to find out if the water from different sources is any safer to drink than
the water from our toilet. Presentation will base on the world water
crisis.
*Test the sample water for coliform bacteria, Lead, Pesticides, Nitrates,
Nitrites, Chlorine, Hardness & pH levels.
Baseline will be the water from store bought bottle water. |
| Food
Fungus |
My
project will be about food fungus. I will describe to the audience my
hypothesis and show power point slides that will depict the subject(slice of
bread) detailing how much fungus will grow on the slice of bread over a
period of time. Also I will list facts about mold such as the conditions
needed for mold to grow on the slice of bread. At the end of my presentation
if time permits I will list safety precautions in regards to mold. |
| Heart Health |
The
project is about how many times your heart beats on average and how much
faster it beats when you do exercise. The experiment compares which exercise
(jump rope, hula hoop, climbing up a pole) makes your heartbeat the fastest. |
| Density and
Bouyancy |
Objective:
To examine how density of liquid affects buoyancy of objects. Experiment will
be done using plain water and different concentrations of salt water and test
if an egg would float or sink in each solution. |
| Paper
airplanes and aerodynamics |
Objective:
To examine how different shapes of paper airplane affect the aerodynamic of
the plane. Experiment will be done by making different types of paper
airplanes and compare the flying distance of each of them in a neutral air
environment. |
| Why things
float on water |
How
does a massive ship carrying 4000 people float on water? Why does a small
pebble in the water sink?
2000 years ago, a Greek scientist named Archimedes discovered the principle
of buoyancy. This principle explains why some objects float and why some
objects sink. I am going to do an experiment to explain this principle. |
| Bouncy Balls |
Goal
of this project is to study elasticity by comparing the bounciness of balls
with various characteristics. Measurement of the height of the bounce and
duration of bounce would be used to differentiate among them. |
| Bouncy Balls |
Goal
of this project is to study elasticity by comparing the bounciness of balls
with various characteristics. Measurement of the height of the bounce and
duration of bounce would be used to differentiate among them. |
| Can
a magnet act through different surfaces? |
I'm
planning to try to test if a magnet will attract a metal (like a paper clip)
through thin layers of many different materials like paper, cloth, wood,
plastic and more - and check if the magnet acts through the surfaces and
attracts the metal or not? I intend to learn why and how it works or does not
work. |
| Insulation
Testing |
The
aim of this project is to determine a good insulating agent. The purpose of
insulation is to conserve energy in the same form. A good insulating material
will help in energy conservation which also has an impact on the environment.
The experiment will be conducted with 3-4 different kind of insulating
material to compare the effectiveness of the insulation materials. |
| Why
are some humans color blind? |
This
project is to understand how eyes work. I am going to do research on why
people see certain colors and why some other people can’t, and what they see
instead of that color. I am going to do research on this subject by reading
books and looking at science sites on the internet so I can explain how eyes
work. |
| A
Battery that makes cents |
Batteries
are expensive, but you can make one for exactly 24 cents! In this experiment,
Sachet will make his own voltaic pile using pennies and nickels.
In this experiment, he will make a simple battery out of coins and test if
the number of coins in the pile will affect the amount of electricity
produced. He will also experiment with other coins as well. |
| Mentos
Geyser Experiment |
Why
does Mentos create the geyser effect on sodas? Is it the candy or the
container or the soda itself or a combination of all of the above? This
experiment would explain what actually creates this effect. |
| Volcanos |
Following
topics will be discussed:
What is a volcano?
How and why do volcanoes erupt?
Types of Volcanos
Volcanic Hazards
Volcano Monitoring and Hazard Mitigation
Fun Facts
Hands-on Demonstration of volcanic eruption |
| Electricity,
Electroscope and conductivity |
Make
electroscope and detect electricity with different type of materials. Build
an electroscope (a device that can detect electrical charges) . Use materials
with different conductivity and detect electricity.
|
| Affect
of microwave water on plant's growth |
In
this experiment I will test which plant grows better - one that is watered
with microwaved tap water & another that is watered with tap water. This
experiment will show if the use of microwave is good or not. |
| why
does the compass always face north |
A
compass points north because all magnets have two poles , a north pole and a
south pole, and the north pole of one magnet is attracted to the south pole
of another magnet. (You may have seen this demonstrated by a pair of simple
bar magnets or refrigerator magnets pushed end to end.)
The Earth is a magnet that can interact with other magnets in this way, so
the north end of a compass magnet is drawn to align with the Earth's magnetic
field. Because the Earth's magnetic North Pole attracts the "north"
ends of other magnets, it is technically the "South Pole" of our
planet's magnetic field. |
| How the heart
works? |
This
project explains various aspects of the ever-working human heart.
1. Importance of the heart
2. Structure of the heart
3. How the heart works
4. Things that can damage the heart
5. How to keep your heart healthy
6. Questions and Answers |
| What
is a Black Hole and can astronauts really land on a planet orbiting very
close to a black hole like what was shown in the movie
"Interstellar?" |
I
will explain what a black hole is and whether it is possible to land on a
planet orbiting very close to a black hole like what was shown in the movie
"Interstellar." Can you come back from an event horizon like they
showed in the movie? In the movie, for every hour spent on the surface of the
planet that was orbiting the black hole Gargantua, seven years elapse on
Earth. Does "time dilation" really occur like this? |
| Are
bulbs in a parallel circuit brighter, dimmer or the same brightness as those
in a series circuit? |
I
will experiment to see if bulbs in a parallel circuit are brighter, dimmer or
the same brightness as than those in a series circuit. To test this, I will
use two identical mag light flashlight bulbs, a 9V battery, tape and aluminum
foil to do the experiment. I think the bulbs in both circuits will have the
same brightness since they have identical bulbs and the same battery source. |
| What
happens when you add dish detergent to milk? Does they type of milk used
change the effect of the dish detergent? |
I
will find out what happens when you add dish detergent to milk. I will
experiment with different kinds of milk (skim, 2%, whole milk and cream) to
see if the amount of fat in the milk makes any difference in the experiment.
I will use the same brand and same amount of dish detergent in each
experiment. I predict that the dish detergent will repel the fat in the milk.
There will be more repelling action the higher the fat content is in the
milk. |
| Afterimage Colors |
The
project I will be doing involves color afterimages that we see when we look
at a color for a long time and then look away and we see the same picture in
a different color. An afterimage is a non-specific term that refers to an
image continuing to appear in a person’s vision after the original image is
gone. This is created when an image is seen for a long time and suddenly
disappears and in this space there is a white area this causes you to still
be seeing the image but in a different color. For red you see green, for
light blue you see red, for yellow you see purple, and for regular blue you
see orange. These are all complimentary colors you can see an afterimage by
looking at a red circle for 30 seconds, then looking at a white area. You see
the blue-green afterimage.
The afterimage disappears after several seconds because the red cone cells
recover from looking at the red image for so long and become active again.
When the red cone cells are active again, all three types of cone cells respond
to the white surface, and you see the white region normally. You can even
predict the color of the afterimage for most colors—it is the complementary
color to the color of the object.
In this human biology science project, I will investigate how my cone cells
respond to various colors by observing afterimages.
|
| Cleaning
Power of Vinegar |
Cleaning
with vinegar. Which cleaning solution cleans better out of the ones used.
Using different cleaning solutions. The other solutions used for this
experiment are soap + water and lemon juice. Used these solutions to clean a
penny and found out which one worked better and why. |
| Robots |
Research
on robots, what they are, how they are used, and what can we expect in the
future. Some history of when they were created, how they have helped humans,
and what more they can do. Explain the different companies that are creating
robots, and also how we will be using robots at home in the future. |
| How
does the volume of air in a balloon affect the distance it travels? |
I
will investigate how does the volume of air in a balloon affect the distance
it travels? I will use balloons, a clothes line, 2 posts, straws, a tape
measure, string and a binder clip to do the experiment. I will blow up the
balloons to different sizes and let them 'blast off' along a clothes line
(attached by a straw) to see which size balloon travels the farthest. I think
the biggest balloon will. |
| Is Salt Water
Water? |
This
project is aimed to find salt water's unique characteristics through some
simple experiments. It was initiated by seeing trucks spraying salt to treat
roads after snowstorm. Salt water has a lower freezing temperature than fresh
water. And also salt water's viscosity is higher than fresh water. Salt water
is more of a conductor for electricity than fresh water. All the above
conclusions were demonstrated and proved by some simple comparison
experiments. Some will be explained further from a physical point of view. |
| Oil and Water |
Can
oil and water mix? I will show experiment on oil and water, and in what
situation they can mix.
There will be two experiments, and they will be fun. It should take about
10 to 15 minutes long.
In the presentation, I will show when can water and oil mix. I will also
show that they normally they do not mix.
|
| Is Salt Water
Water? |
This
project is aimed to find salt water's unique characteristics through some
simple experiments. It was initiated by seeing trucks spraying salt to treat
roads after snowstorm. Salt water has a lower freezing temperature than fresh
water. And also salt water's viscosity is higher than fresh water. Salt water
is more of a conductor for electricity than fresh water. All the above
conclusions were demonstrated and proved by some simple comparison
experiments. Some will be explained further from a physical point of view. |
| which
vegetable/fruit produces more energy |
This
project will teach me whether potatoes or lemons produce more energy. It'll
help me find out where the energy comes from, if the fruit/vegetable produces
energy. I think that the potato will give more energy. |
| which
vegetable/fruit produces more energy |
This
will teach me whether potatoes or lemons will produce more energy. I will
research and find out where this energy is stored and how long this energy
can last. I think the potato will give more energy than the lemon because
lemon has more water in it and water probably doesn't have energy. |
| Electrical
Circuits |
My
project is about Electrical Circuits and I will talk about how circuits work,
what they do in our everyday life, and the basics needed to know them. The
experiment will be to light up a light bulb using a closed circuit. On one of
the slides I will talk about why a circuit works only if it is closed and
falls apart when it is open. Another slide talks about the major impact that
circuits play in our life. It tells that many of the electronics we use today
have circuits to work. Our laptops, computer, microwave, toaster, T.V., and
so much more. The other slide which I have, talks about how circuits work.
What part the negatively charged electrons do, and what they do inside the
circuit. The hypothesis that I made is that a load, such as a light bulb,
will light up some ways but not other ways. That is a brief description of
what I will do on AIS Parents Day. |
| Barometer |
A
Barometer is a device for measuring atmospheric pressure(the pressure
resulting from the weight of the air above a given point). Another use for a
barometer is an Altimeter which is a device that measures heights. As
altitude increases, atmospheric pressure decreases because there is less air
to press down. A Barometer used as an Altimeter has a scale marked in feet or
meters above sea level. A Barometer is a very useful device because it can
tell you when a wind storm is coming and helps the scientist to predicts
weather. |
| Lemon
Power |
In
this project, you power a LED light bulb using 2 lemons, 2 flat strips of
copper, 2 flat strips of zinc and insulated wire. First, you take one lemon
and put a strip of copper on one end and zinc on the other and then do same
to other lemon. Next, I take two 8 inch lengths of insulated wire and cut one
in half. Then, trim some plastic insulation from the ends so that some wire
is visible. Attach the long wire to one terminal of light and attach the
other end to the piece of zinc on one of the lemons. Connect one end of the
shorter pieces of wire to the copper on the same lemon. Connect the other end
to the zinc on the other lemon. On the last small piece of wire, connect one
end to the remaining copper and the other end to the light bulb. The science
is that when you stick zinc and copper in a lemon, you draw electric power
from it from the lemon through an external circuit. The zinc acts as the
anode. Battery and critic acid in lemon make zinc negatively charged. This
creates negatively charged electrons that flow to the cathode, the copper
which is positively charged. This changes the energy of chemical reaction
into electric energy by creating an electron flow which is made when
electrons are attracted to the positively charged copper. |
| Effects
of salt ona Germination of Plants |
There
will be 3 plants. One plant with no salt water,another plant with one tsp
salt water, and last plant with 2 tsp salt water will be monitored for one
week. The effect of content of salt on plant will be presented finally as
data. |
| Tsunami |
I
will talk about Tsunami. How Tsunami create, when it created, why it is
created, what is causes of Tsunami, where it created. how dangerous a Tsunami
is?. What is early sign of Tsunami creation? I will be showing a little
experiment that anybody can do at home. |
| Fungus-where
it grows |
When
you see fungus on a food object, its always on bread and never on a
cracker.my question is that why does fungus not grow on a cracker but does
grow on bread? My hypotheses is that fungus needs some moisture to grow on
something, if the object has no moisture, then fungus can not grow on it. A
cracker is totally dry and has no moisture at all. however, a bead on the
other hand has some moisture in it. this is why I think that fungus grows on
bread and not a cracker. |
| Acidic
reaction of Lemon on Milk |
This
experiment shows reaction of acidic solutions on Milk. The mil is made up of
mainly Fat, Protein, Water. The milk has specific protein called casein. The
casein grouping are dispersed in milk with out bonding to anything. They are
negatively charged.
When you squeeze lemon in the milk. it becomes more acidic and the
groupings on casein without remaining separate start clumping together. They
become neutralized. This is how Protein gets separated. |
| Controlling
depth of field in photography |
Portraits
look good when only the face is in focus whereas landscapes look good when
everything is in focus. Depth of field in photography is definition of how
much of an image is in focus.
This investigation reviews how to control depth of field to get optimal
photographic results. |
| Skateboarding
Physics |
In
my presentation I will be talking about how a skateboarder does its tricks.
Some examples of tricks are ollies and mid-air maneuvers. I will also be
showing videos demonstrating a skateboarders tricks. In addition to this I
will try to bring a tiny skateboard to demonstrate also what they do and how
they do it. |
| Balloon-Inflating
Chemical Reaction |
What
happens when you mix an acid and a base?
This experiment will teach you how to make self-inflating balloons. It goes
into the topic of what happens when you mix a base and an acid. The materials
needed in this experiment are a test tube, vinegar, a small balloon, a
funnel, and a teaspoon of baking soda. The experiment is about a chemical
reaction. |
| Can trees
filter water? |
Trees
not only purify air but also help the environment by serving as a natural
water filter.
The water in the atmosphere is polluted by automobiles, Industries and
Households which eventually contaminates the streams, rivers and finally ends
up in the ocean.
Most contaminants in water are absorbed by trees as they are essential
nutrients for them and the dirt in water is filtered by well-developed root
system under the ground thereby making the water that ends up in streams and
rivers clean. |
| Fruit Electricity |
I
want to check which fruit out of lemon, orange, banana, apple, grapefruit,
kiwi, lime, pineapple and maybe others can produce more electricity.
My hypothesis is that lemon produces most electricity because it is the
most sour one. |
| Where
is it easier to swim, in a pool or sea? |
In
this experiment we will figure out why objects float or sink and how it
affects swimming in the sea or at the swimming pool. To do this we will use
an egg as a floating body and the freshwater as the swimming pool and the
saltwater is the sea water. Then we will see in which water the egg is
floating easily. |
| SEED GERMINATION |
Seeds
need optimum environment to germinate. I hypothesis that the seed germination
time has no relationship to its size. I will conduct a study to test this
hypothesis and will present the results during the parents day event. |
| Designing
a Game Using Scratch Programming |
Designing
a game using Scratch Programming
Brief description of scratch programming
What is Scratch Programming
How does it work
Explain how a game can be designing with Scratch programming
Demonstrate the game using scratch programming |
| Chlorofluorocarbons |
Chlorofluorocarbons
are a group of manufactured chemical compounds that contain chlorine,
fluorine, and carbon. They are colorless, odorless, nontoxic, nonflammable,
and stable when emitted. When they are emitted and reach the stratosphere,
they break apart and release chlorine atoms, which destroy the earth’s ozone
layer. |
| Reflexes
- Effects as humans age |
My
dad says I have fast reflexes. Watching some people respond to accidental
situations made me think what made some people react quickly to situations
like falls or rushing to catch an approaching ball, while some people were
slow.
I think reflexes improve until a certain time and then grow slower as we
become older. But with exercise reflexes can be strengthened even with
growing age. I conducted experiments and recorded the observations to find
out. |
| Electricity-Magnetism |
The
project will be on Electro-Magnetism.
Not sure what exactly he is going to do.
What is Electromagnetism?
How does Magnets effect Electrical Field ?
What are practical applications of electro-magnetism. |
| The
Strength of an Electromagnet |
The
main objective of this project is to find out that if you change the amount
of iron or nickel in an electromagnet, will it increase or decrease the
strength of the electromagnet. In this project I will test out my question
using two different sizes of bolts, one is small and the other one is big.
Then I will use these two bolts to make and electromagnet and test out each
electromagnet’s power by using 60 paper clips. After that I will graph down
how many paper clips has been picked up by the two different electromagnets
and come with my conclusion. |
| Does
vegetation effect soil erosion |
This
experiment demonstrates the importance of vegetation to control soil erosion.
I prepared 3 bottles by filling equal amount of soil in each. The soil in the
first bottle is left as is. The second bottle soil is covered with mulch. In
the third bottle I grew vegetation by sowing grass seeds. Once the grass grew
up to 3-4 inches height, I started my trials. I poured equal amount of water
in each of the bottles and collected them in 3 different cups to compare the
results. The water collected from the vegetation bottle was more clear than
the water from other two bottles. This shows vegetation stops the soil from
eroding. |
| Formations of
Dry Ice |
Different
formations and experiments using dry ice(frozen cabondioxide).
Hot water on dry ice steams out and helps in the formation carbon-dioxide
which is a gas.A dense white cloud of fog first rises above the basin. As
more fog is produced, it stops rising and flows over the rim of the basin and
down to the table top.
Purpose/Goal:
Illustrates changes in state, density of a heavier than air gas, and how
fog forms methodologically. |
| Instant
Ice |
In
this project, you will gain knowledge on how to make instant ice! This
mind-blowing phenomenon transforms regular water that's been 'supercooled'
into solid ice with just one touch. During this project, you can also learn
other amazing loopholes besides just self freezing water. Learn how to create
instant slushies, snow cones, and even ice sculptures! Forget ever needing to
have warm liquid sodas, because within just a few hours, you can have a cold
icy soda slushy. Discover this exceptional idea as I did in this project. |
| Balloon powered
car |
Alternative
energy, different sources, advantages and disadvantages.
A demonstration of cardboard box car powered by a balloon.
|
| Comparing
Energy Efficiency of Light Bulbs |
Eashana's
project involves using an energy meter to find out the efficiency of various
types of bulbs used today like - LEDs, CFLs, Incandescent and halogen bulbs
and find out which is the most efficient of all. She will also make a
comparison and talk about the various facts about these bulbs such as where
to use them in the house and the environmental effects of these bulbs. The
research will also include facts about how to make your home more energy
efficient by talking about energy consumed by household electrics. |
| Electricity
generating using vegetables |
We
have seen electricity in action using a potato. We were wondering if a potato
was the only possible vegetable to produce electricity. So, we are going to
try a radish instead of a potato if it would power a mini light bulb.
Please Note: Shriya is doing this project with 2 of her friends from school
- Ria Trivedi and Nikhita Pabbaraju. I have emailed Mr Raj to have them on
the guest list. |
| Do
the number of turns in the coil affect the rotational speed in a motor? |
I
am going to experiment how the number of wire turns in the coil affect the
speed of the electric motor.
I am going make a few DC motors with different amount of coil turn and see
how it impacts the speed. I will keep the same magnet. |
| Pop Pop Pop Corn |
Popcorn
pops using the moisture inside the corn kernel. Is it possible to pop more
corn at a lower heat to conserve moisture, or can moisture content be
increased in the corn kernel to make more corn pop from the same number of
kernels? The experiment is to study the effect of different levels of heat
and moisture, to maximize the number of popped corn kernels. |
| Airplane shapes |
Does
a longer paper airplane fly farther than a wider one?
In this experiment, we will make paper airplanes of different lengths and
widths and see which one flies the farthest. Our hypothesis is that the
longer planes will fly the farthest. We will conduct the experiment indoors
so that there is no issue with wind. We will do multiple trials with each
airplane shape and see if we get consistent results. |
| WORKING OF A
CAMERA |
Explore
how camera works. Make a photogram to understand photographic on films.Make a
viewer to understand basis parts of camera.Understanding digital images by
making a pixelated image from a photograph. |
| Self-Inflating
Balloons |
Ballons
inflate by themselves when we mix vinager ansd baking soda . Vinegar, an
acid, is creating a chemical reaction with the baking soda, a base. When the
two substances mix, you get carbonic acid, which is unstable and decomposes
(falls apart) to become carbon dioxide (the gas that’s filling the balloon!)
and water. Since the carbon dioxide is much less dense than the stuff you
used to create it, it wants to expand, and the balloon is stretchy enough to
allow it to do just that. |
| Series Circuit |
In
a series circuit, electrical charge can flow in only one circular path. When
the power source is turned on, the charge particles in the wire flow in one
direction around a single loop. In our experiment, we are going to make a
series circuit, and then take out one of the bulbs. My hypothesis is when we
take one of the light bulbs out, all of them will go out. I think this
because the power flows in only one circular path. |
| Solar Eclipse |
Describes
about what is Solar Eclipse, how the positions of the Sun,Moon and Earth
during Solar Eclipse.How long you can feel the effect of the Eclipse from
earth. Does everybody on the earth can feel the Eclipse. How do you watch
Eclipse? |
| Impact
of Ocean Currents on marine life |
Why
is the global ocean conveyor important for the health of the oceans and the
marine life in them?
A species as dependent on the oceans for survival such as our own needs to
learn more about how the oceans work so that we can think of ways to
compensate for changes in the currents. |
| The
Interesting Properties of Turmeric |
I
will be investigating the properties of turmeric in order to carry out an
experiment. Turmeric is known as a spice and also for its medicinal
properties. I will look into the ingredients which give turmeric its
interesting properties. |
| Sweaty science |
I
will be looking at the chemicals that are in sweat. I will be talking about
sweat glands and types of sweat glands. Also can sweat heal you. My
experiment will test conditions under which more or less sweat is produced. |
| Sweaty science |
I
will be studying the chemicals that make up sweat. I will be looking at
different types of glands and where they occur. Also can sweat heal. My
experiment will look at conditions under which we sweat more or sweat less. |
| Which
Chocolate melts the fastest? |
In
the beginning I picked melting chocolate because I was learning about melting
and freezing things so 'I said lets melt chocolate for my experiment.' I
wanted to know how long it would take chocolates to melt. The best part of
doing this experiment is to melt different chocolates and I will get to eat
all of the them myself |
| Why
the Oceans are Blue in color |
In
this presentation ‘Why are the Oceans are Blue in color’ is to inform you
that the ocean in not blue!! Many people think that the ocean is blue, but
really,..it is no! This is because of the sky! Can you believe that!!! You
might be in outer space when I said this, so I’ll talk you through the steps
…….only in my presentation! Want to find out more about this? See my
presentation!!! |
| Energy
& Nuclear Power |
This
is to present what energy means and types of energy with details and
examples. After that mainly to present and talk about Nuclear power ans share
useful insights about Nuclear Power. There will no hands on as such abut will
try to demonstrate the energy in some form for showcasing how it is generated
and used. |
| Coins
& Corrosion |
|
| Phases
of the Moon |
|
| Maglev
Trains |
|
What
Happens When You Add Dish Soap to Milk?”
How does the Volume of Air in a Balloon Affect the Distance it
Travels?" |
|
| Are
Lights in a Parallel Circuit Brighter than in a Series Circuit? |
|
| Flower
Change Colour |
|
| Chloroflurocarbons"
(CFCs) |
|
| Comparative
Study of Two Insulation Materials |
|
| Cabbage
Chemistry |
|
| Materials
that block wifi signal |
|
| Does
light travel in a straight line?" |
|
| which
salt is better to melt |
|
| Water
Bottles you can eat. Is that a Possibility ? |
|
| Oil
& water |
|
| Is
Microwaved Water Healthy for Plants Growth? |
|
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