Science Fair Research Paper

Next, we put the foil in the box, then put foil around the box, and lastly put some plastic wrap around the burrito. If you want to do the project yourself here are the steps 1. Get 2 burritos 2. measure the temp of both 3. Put one in our device 4. put one in nothing 5. wait 5 minutes 6. measure the temp of the burrito in our device 7. measure the temp of the burrito with no device 8. do this 2 more times 9. see if our device if it worked 10. eat the burrito, all of it. Here is the data from our test. 0 minutes = 60 degrees, 5 minutes = 60 degrees, and 10 minutes = 60 degrees. Here is the data from the control. 0 minutes = 65 degrees, 5 minutes = 55 degrees, and 10 minutes = 45 degrees. A few things we would change are we would wrap the burrito so less of it's thermal energy moves and make sure that the thermal energy does not come out of the box. Our invention worked, we know this because the initial temperature was 60 and the final temperature was 60 so this proves that our invention worked. The reason why this proves that our invention worked is that the control started at 65 but went down to

My whole life a burning question has remained deep inside my soul… does color affect heat absorption through light? Just kidding. However, as an artist and art fanatic, I see color a lot. It’s amazing, how people can smear colors onto paper to illustrate the universe, but what would the illustrated universe look like without color? Not to hate on the master, but Picasso’s ‘Ma Jolie’ is probably the most boring masterpiece ever. The gray absence of color is lifeless and depressing. On the other hand, Georgia O’Keefe’s ‘Hibiscus with Plumeria’ is bright, beautiful, and an overall happy picture. I wanted to develop an experiment that would be useful and scientific, but also included

We can determine an object’s temperature from its thermal (or “blackbody”) spectrum by finding the wavelength at which it emits the most electromagnetic radiation.

MANUAL Q5: What color of light is being absorbed by the sample solution? How is that color related to the color of the solution?

The main focus of this experiment was to see if different type of colours and paint affect the amount of heat absorption in a can. This was achieved by attaining four cans; the four cans were spray painted with two different colours and paint: Matte black, glossy black, matte white and glossy white. The four cans were tested to see which can would have the most heat absorption after the duration of ten minutes. It was hypothesised that the black coloured cans would have the most absorption of heat for the reason that darker colours absorb more wavelengths of light than lighter colours as lighter colours reflect wavelengths of light. Also, the surface also affects the amount of heat absorption. The glossy paint has a shiny finish, so it

1.) List all of the colors found in the visible light spectrum (We covered this in lecture)

A photon of light has a wavelength of about 800 nm (1nm = 1 x 10-9 m). What is the energy of this photon of light? Show all calculations leading to an answer. λ = wavelength of the photon = 800 x 10^-9 m = 8.00 x 10^

where  is the speed of light (). The energy ( in joules) contained in one quantum of electromagnetic radiation is described by the equation

Which of the following must be true about photon absorption and energy levels of pigments? (a) The energy of an absorbed photon must be equal to the difference of energy between two energy levels. (b) The higher the energy levels are, the higher the energy of the photons a pigment will absorb. (c) The energy levels of a pigment become higher when a photon is absorbed.

Quantum effects provide additional sources of EMR, such as the transition of electrons to lower energy levels in an atom and black-body radiation. The energy of an individual photon is quantized and is greater for photons of higher frequency. This relationship is given by Planck's equation E = hν, where E is the energy per photon, ν is the frequency of the photon, and h is Planck's constant. A single gamma ray photon, for example, might carry ~100,000 times the energy of a single photon of visible light.

When doing this lab the purpose was to determine whether the different colors have different temperatures.

The two testing methods we used were to find the temperature inside of my product and the marshmallow that was inside of my product. The first testing method was to use the thermometer to record the temperature of the marshmallow as measured in degrees celsius at 5,10, and 15 minutes. I predict that the marshmallow will have the highest temperature after 15 minutes. The second testing method we used to determine if our device worked was to record the temperature of the box itself in degrees celsius at 5,20, and 15 minutes. I predict that the temperature will be the highest at 15 minutes. The testing method I think best represents my device is the recording the temperature of the marshmallow due to the fact that it my product of going to be

The theory behind this experiment was to use previous learning of light and frequency to determine how fast alcohol evaporates when certain colored lights shine on it. The wavelength and frequency of light are inversely proportional, and wavelength decreases from red to violet. The goal is to investigate the relationship between the frequency of light (color) and the energy produced by different colors of light. The relationship is proportional, as discovered by this activity, and the larger the frequency (such as blue), the longer it takes for the alcohol to evaporate.

Gamma radiation is in the highest energy level of the electromagnetic spectrum (Electromagnetic Spectrum). And the electromagnetic spectrum reveals the different types and range of radiation as well as their wavelengths,

Thesis: Because of Ultraviolet radiation from the sun, photodegradation occurs and color fades over time.