How does dark blue relate to light blue? Consider what makes these colors similar or different. Explain your reasoning. (I think the question wants differences in wavelength and absorbance)
The color appears because the substance absorbs the various spectrums of color from the seven colors (V, I, B, G, Y, O, R) white light and reflects the other colors together which it has not absorbed. The various colors which are reflected back combine together to give a specific color.
For both dark blue and light blue colors, the wavelength of the radiations absorbed and reflected back are the same. The only difference will be the intensity or volume of radiations reflected back. The more the volume of radiations that will be reflected back, darker will be the colr and vise versa.
How does dark blue relate to light blue? Consider what makes these colors similar or different....
Name: Prelab 1. Find the wavelengths for the different colors of light that make up the visible (white) light spectrum. You can use your textbook or the internet to find this information. Note which source you used in completing this table. Color Wavelength Range Violet Blue Green Yellow Orange Red 2. Knowing that the FeSCNP complex is red, predict the color of light it absorbs, and determine the range of wavelengths in which you would expect to find its wavelength...
How many (whole) dark fringes will be produced on an infinitely large screen if blue light (λ = 460 nm) is incident on two slits that are 15.0 μm apart? (The 3% margin of error does not apply for this question)
Question 1 1 pts How many secondary colors are there for visible light? What are their names? Two -- Black and White Four -- Red, Green, Blue, and White Three -- Magenta, Cyan, and Yellow One -- Black > Question 2 1 pts How many primary colors are there for visible light? What are their names? Three -- Red, Green, and Blue OTWO -- White and Black One -- White Four -- Cyan, Magenta, Yellow, and Black
carbohydrates and enzymes post lab questions
Paragraph Styles Part A observations (salution appearance, test strip colors, etc.) Test tube Glucose levels Initial: 1700 mg/dLInitial: Dark brown Final:1700 mg/dL Final: Dark brown (glucose) Initial:80 mg/dL Initial: light blue with a very slight light green tint M Final: 250 mg/dL Final: Light green (maltose) Initial: 0 mg/dL Initial: light blue Final:250 mg/dL Final: light green (lactose) Initial:0 mg/dL Initial: light blue Final:260 mg/d Final: light green (lactose, acidic) Initial:0 mg/dL Initial: light...
The intensity of a light wave is similar to what we think of as brightness. If an EM wave is emitted from a point source, the intensity of the way [ Select ] grows with the distance from the source as r^2 decreases with distance as 1/r^2 Consider light incid grows linearly with distance from the source, decreases with distance as 1/r very smooth, meani is constant, independnet of distance from the source is [ Select ] • , then...
1. What colors would be reflected by an orange tab if you placed it in red, green, or blue light? Justify your response with the results you had for red and yellow tabs in red, green, and blue 2.If you have a yellow light source and every color filter to use, could you produce every other possible color? Explain. 3. If an object is 20 cm from a lens and the image is formed 10 cm behind the lens, what...
I. Copper solutions are often blue in col absorbed by these solutions? 2. Is blue light absorbed strongly by these solutions? Is red light? Explain your answers. 3. If you had a 0.10 M solution of CuSO, and a 0.50 M solution of CusO, (they are both blue solutions) how would they look different? In what way would they look similar? 4. If you have a 0.060 M CuSO4 stock solution, how do you make 20. mL of a 0.010...
What is the principal-agent problem? How does it relate to X-inefficiency? Why is X-inefficiency more likely to occur in oligopoly and pure monopoly than in pure competition and monopolistic competition? Do you think X-inefficiency is a growing problem in the economy? Explain your reasoning.
8388d535108828583a1216ed9f1 /Downloads/Counting%20MMs%20Activity.pdf Counting M&Ms Open a bag (any size) of M&M candies. Make a list of all of the colors represented (dark brown, light brown, yellow, etc.). Next to each color listed, write the number of candies in the bag that are that color (example: yellow, 4; light brown, 7). Be sure to save this list for later. 1. How many M&Ms were there all together? If we put all the candies back into the bag and select one from...
PART A Snell's law describes the relationship between the angle a light ray makes as it leaves a surface, the angle it makes incident on the surface, and the indices of refraction on both sides of the surface. If light incident in air at angle of 30 degrees from the normal onto glass with an index of refraction of 1.5 -- Pick those answers that apply Inside the material, the light leaving the surface is closer to the surface, makes...