Question

Based on your understanding of color’s relationship to wavelength, identify the approximate wavelength of light (nm) emitted by strontium when it was burned in Part C. (No quantitative data was collected for this; you are giving an approximate value only, based on what you observed. ) Strontium emission = _________________nm

Explain your reasoning in full, making sure to cite specific data and observations to support your answer.

Q. 5 What would you conclude about chloride based on your results in the flame tests in Part C?

Q. 6 Place the metal solutions you tested in order of increasing energy based on the colors observed in the flame test; i. E. , A < B < C

Answer 1

The approximate emmission of Crimson is 620 to 700 nm

We would have to identify the wavelength that are emitted by the strontium.

In the strontium test, the observations would be based on the flames that are crimson red.

In the color wheel, the color with the highest wavelength is red at 620 to 700 mm.

3. The original color that is present in the test comes from when metal salt is heated. This usually causes its outer electrons to be excited, falling back to different energy wavelength in the spectrum.

Higher wavelength = loosely bound electron in the outer shell so that less energy is required.

The metals are red when they are burnt. The red color is the one with the highest wave length.

What is a wavelength?

This is defined as the existing distance that is found between waveds. These could be sound or electromagnetic waves.

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