Science Fair Research Paper

Mrs. Collins addressed the 6th grade Science class with the most uplifting positive attitude that anyone could have. Every day she came to class she always had candy and snacks sitting on her desk for students to enjoy when they were on their best behavior or if students participated. Everyone insisted on behaving and participating just so they could get a treat. One day Mrs. Collins called on a young boy whose name is Mark, but everyone else addressed him by meanie mark. Mrs. Collins asked Mark if he would like to come to the front of the class and demonstrate the Mentos and coca cola project. Mark did not say anything the first time. The second time she asked he murmured something, no one could not hear what he said. He set in the far back left corner of the classroom by himself. No one wanted to sit next to Mark for he intimidated everyone that he came across. He always wore black and he never spoke to anyone no matter how nice they were and he always had his head down. Mark was a loner. Furthermore

4.    After 5 days, measure the height of the 10 plants in each pot. Add up the individual heights and divide by 10 to obtain the average height. Record the average heights in a table, as shown below.

The purpose of this project was to find out if there is a difference in the strength of different types of hair. I wanted to see if color or chemicals made a difference. My hypothesis was that blonde hair was stronger than brown hair and chemically treated hair. Individual strands of hair were collected from 30 female subjects. I tied one end to a hair hanging device and the other to a baggie. I added pennies into the bag until the strands broke, which is how I determined their strength. My testing showed that brown hair was the strongest and held an average of 27.9 pennies. Chemically treated hair held an average of 14.9 pennies and blonde

Procedure: Variables: Controlled- water and size of potatoes. Manipulated variables- potatoes growth based on contents of solution.

Hypothesis: if I light the candles at the same time then the unscented candle will burn faster because of its properties. Control Group: The control group is the unscented candle. Independent Variable: The independent variable is the unscented candle and the scented candle (black cherry). Dependent Variable: The dependent variable is the time (30 minutes)

"when it was reported that hordes of children died from cancer In 1979, resided more often in homes thought of being exposed to higher EMF than what healthy control children did"(4); cancer was associated with exposure to electromagnetic fields (EMF) for a long time. The risks were recorded as high as 2.2 for all cancers, 2.4 for brain cancer and 3.0 for leukemia.

That following year they created the first commercial microwave, called "Radarange" hit the market with acost between $2,000 and $3,000 this was very unpractible for home use mostly restaurants and wealthy people had access to microwaves. Finally in 1965 Raytheon introduced the first countertop domestic oven. It was much smaller, a lot more safe and reliable than older models with a cost of $500. the sales of microwave ovens eventually surpassed those of gas ranges in 1975. In 1976 when the fears and myths began to die down, the microwave became more common household item than the dishwasher more than 60% of Americans had one at this time. In 1994 more than 90% of Americans had a

The health of RF-EMFs stared January 1990 when a cell tower was buildup 800 feet from a family that had a dairy farm in Mansfield, Ohio. By the fall, the cattle herb that pastures near the tower was sick, and the children that lived near the tower begin suffering from bizarre skin rashes, that’s when the owner of the farm contacted an environmental protection agency scientist named Carl Blackman. He’s was an expert on the biological effects of radiation from electromagnetic fields (EMFs)-the kind of radiofrequency EMFs (RF-EMFs) by which all wireless technology operates, including not just cell phones towers and cell phones but also Wi-Fi hubs and Wi-Fi –capable computer, smart utility

The Microfridge, Is a devised electronic circuitry that shuts off power to the refrigerator whenever the microwave oven is switched on and pulls less than 20 amps of current, is a 1+1>2 device which can offer those who are in concern of using electronic appliances safely like college students and retailers a safer, more convenient and inexpensive combination of microwave and fridge.

Immediately, the reason was not apparent, and I thought for a moment. I realized I was losing the balance. I got up slowly, holding on the headboard, and almost crawled to the bathroom. Luckily, I had a protective hat in the bathroom and wore it, and the spinning went away. I will mention in the next article how to protect from microwave weapon. Here I describe some of the treacherous diseases from my experience which made me miserable, like a lightning strike.

I have many goals for this month, but my main goal is finishing my science fair project research. It is necessary that I finish this before fall because the clams I am researching on will perish when it gets cold. To do this, I will finish four of my six research sites this week. Then, if it suddenly gets cold, I will have some results. If the weather holds out, I will do two more sites next week. Then, I will have all my research done for Science Fair, and all I will have to do is make it presentable.

My science fair project is on how the Sun’s rays affect our clothing. Have you ever noticed how your clothes lose color after a while? Well that’s all due to the Sun. I decided to do this project because i’ve heard many complaints on how people hate when they’re clothing starts to fade or lose it’s color. For this project I will be figuring out which fabrics are least likely to fade over a period of time exposed directly to the Sun. After my experiment is over, I’ll be able to see what fabric upheld the most color. I’ll also be researching on why the fabric lost its color easily or kept it from fading over time. This can help someone maybe buy a certain type of material over summer when the Sun is out the most and stop from your clothing

My problem for the science fair is that there are a whole lot of roads, where majority of the time the roads are leading up to school and there are always school cross guards and police monitoring the grounds and making sure the kids got to school safely, but there are a lot of the times there are traffic because the school crossing guard it's just blowing a whistle and you need three or more crossing guards just for the cars to drive safely and in reality there's only two or three roads leading up to the same school.

“Don’t stand too close to the microwave!” This is a common phrase thrown out--usually by a worried mother--to stop children from potentially receiving “dangerous” radiation waves as the food heats up. The microwave was invented by Percy Spencer in 1946 and ever since its first debut, it has received much criticism. Debates over the true safety of utilizing this appliance worry many people and, in some cases, lead people to forego using a microwave all together. All may not be as it seems though as new research and technology reveals another side to the story. The more one understands about the science behind and the safety surrounding the microwave, the more one will start realizing that the microwave is actually not as harmful as contended.

My childish glee was quickly dispelled as I I surveyed the complex machine in front of me. Extracting what I needed from it would be no small task. I grabbed a variety of tools that had not been touched in decades and began prying the plastic frame. Taking out screws rusted over by years of filth and moisture was physically daunting, and I slaved for hours in the hot summer sun before finally revealing the microwave’s electronic innards. I was drenched in’ sweat, and had grease up to my elbows, but felt unstoppable. My experience in hardware was limited to arduino kits I had dabbled in as a child, which was nothing