Sunglasses UV - Revision history

Aangellotti at 21:13, 31 January 2019

2019-01-31T21:13:14Z

Aangellotti at 20:48, 31 January 2019

2019-01-31T20:48:20Z

Aangellotti at 20:44, 31 January 2019

2019-01-31T20:44:43Z

Aangellotti at 20:44, 31 January 2019

2019-01-31T20:44:17Z

Aangellotti at 20:40, 31 January 2019

2019-01-31T20:40:30Z

Aangellotti at 20:38, 31 January 2019

2019-01-31T20:38:31Z

Aangellotti at 20:38, 31 January 2019

2019-01-31T20:38:03Z

Aangellotti at 20:37, 31 January 2019

2019-01-31T20:37:23Z

Aangellotti at 20:37, 31 January 2019

2019-01-31T20:37:12Z

Aangellotti at 20:36, 31 January 2019

2019-01-31T20:36:46Z

← Older revision		Revision as of 21:13, 31 January 2019
Line 44:		Line 44:

	The results show that all sunglasses (black line of Figure 1) prevented all of the waves from piecing the sunglasses. This means that all sunglasses, regardless of cost, still prevent the same amount of U.V. rays from penetrating the eyes. The safety glasses did allow for one 400 nm peak to be shown which is due to all the other sunglasses having tinted to reflect out red light.		The results show that all sunglasses (black line of Figure 1) prevented all of the waves from piecing the sunglasses. This means that all sunglasses, regardless of cost, still prevent the same amount of U.V. rays from penetrating the eyes. The safety glasses did allow for one 400 nm peak to be shown which is due to all the other sunglasses having tinted to reflect out red light.
		+
		+	By AJ Angellotti Spring 2019

@@ Line 1: / Line 1: @@
 '''Introduction'''
-Sunglasses brands have stated to people that they shield eyes from the U.V. rays that the sun emit. However, the U.V. rays are penetrating but can be stopped by a piece of paper or any plastic object. This experiment investigates whether the different brands of sunglasses will better shield the eyes from U.V. rays.
+Sunglasses brands claimed that the brand of sunglasses shield human eyes from the U.V. rays that are emitted from the sun better than the competitors. However, the U.V. rays are penetrating but can be stopped by a piece of glass or any plastic object. This experiment investigates whether the different brands of sunglasses protect the eyes from U.V. rays compared to other brands.
 '''Materials and Procedure'''
@@ Line 40: / Line 40: @@
-'''Result and conclusion
+'''Result and Conclusion
 '''
 The results show that all sunglasses (black line of Figure 1) prevented all of the waves from piecing the sunglasses. This means that all sunglasses, regardless of cost, still prevent the same amount of U.V. rays from penetrating the eyes. The safety glasses did allow for one 400 nm peak to be shown which is due to all the other sunglasses having tinted to reflect out red light.

@@ Line 3: / Line 3: @@
 Sunglasses brands have stated to people that they shield eyes from the U.V. rays that the sun emit. However, the U.V. rays are penetrating but can be stopped by a piece of paper or any plastic object. This experiment investigates whether the different brands of sunglasses will better shield the eyes from U.V. rays.
-'''Materials'''
+'''Materials and Procedure'''
 In this experiment, a model UBGL-15 Mineralight Lamp was used to emit the U.V. light. The sunglasses brands that were tested were bears sunglasses, Ferrari sunglasses, minecraft sunglasses, and Monmouth College sunglasses were tested. The setup was a U.V. light source, in this case the Mineralight Lamp, was shown towards the the photodioarry detector which was held on a iron ringstand. The U.V. light sources was first collected and then sunglasses were changed between the detector and photodioarry detector.

@@ Line 1: / Line 1: @@
 '''Introduction'''
-Sunglasses brands have expressed that they shield eyes from the U.V. rays that the sun emit. However, the U.V. rays are penetrating but can be stopped by a piece of paper or any plastic object. This experiment investigates whether the different brands of sunglasses will better shield the eyes from U.V. rays.
+Sunglasses brands have stated to people that they shield eyes from the U.V. rays that the sun emit. However, the U.V. rays are penetrating but can be stopped by a piece of paper or any plastic object. This experiment investigates whether the different brands of sunglasses will better shield the eyes from U.V. rays.
-In this experiment, a model UBGL-15 Mineralight Lamp was used to emit the U.V. light. The sunglasses brands that were tested were bears sunglasses, Ferrari sunglasses, minecraft sunglasses, and Monmouth College sunglasses were tested.
+'''Materials'''
 [[File:Light Lab Uv graphic.jpg|500px|thumb|left|Figure 1:The graph shows absorbance plotted against the wavelength in nanometers. The red line show the U.V. light without any type of glasses in front of the detector while the black line represents all of the glasses in front of the photodioarray detector while emitting U.V. light. ]]

← Older revision		Revision as of 20:40, 31 January 2019
Line 5:		Line 5:
	In this experiment, a model UBGL-15 Mineralight Lamp was used to emit the U.V. light. The sunglasses brands that were tested were bears sunglasses, Ferrari sunglasses, minecraft sunglasses, and Monmouth College sunglasses were tested.		In this experiment, a model UBGL-15 Mineralight Lamp was used to emit the U.V. light. The sunglasses brands that were tested were bears sunglasses, Ferrari sunglasses, minecraft sunglasses, and Monmouth College sunglasses were tested.

−	[[File:Light Lab Uv graphic.jpg\|500px\|thumb\|left\|Figure 1:The graph shows absorbance plotted against the wavelength in ~~nano meters~~. The red line show the U.V. light without any type of glasses in front of the detector while the black line represents all of the glasses in front of the photodioarray detector while emitting U.V. light. ]]	+	[[File:Light Lab Uv graphic.jpg\|500px\|thumb\|left\|Figure 1:The graph shows absorbance plotted against the wavelength in nanometers. The red line show the U.V. light without any type of glasses in front of the detector while the black line represents all of the glasses in front of the photodioarray detector while emitting U.V. light. ]]

← Older revision		Revision as of 20:38, 31 January 2019
Line 1:		Line 1:
		+	'''Introduction'''
		+
	Sunglasses brands have expressed that they shield eyes from the U.V. rays that the sun emit. However, the U.V. rays are penetrating but can be stopped by a piece of paper or any plastic object. This experiment investigates whether the different brands of sunglasses will better shield the eyes from U.V. rays.		Sunglasses brands have expressed that they shield eyes from the U.V. rays that the sun emit. However, the U.V. rays are penetrating but can be stopped by a piece of paper or any plastic object. This experiment investigates whether the different brands of sunglasses will better shield the eyes from U.V. rays.

@@ Line 4: / Line 4: @@
 [[File:Light Lab Uv graphic.jpg|500px|thumb|left|Figure 1:The graph shows absorbance plotted against the wavelength in nano meters. The red line show the U.V. light without any type of glasses in front of the detector while the black line represents all of the glasses in front of the photodioarray detector while emitting U.V. light. ]]
@@ Line 43: / Line 38: @@
 '''Result and conclusion
 '''
 The results show that all sunglasses (black line of Figure 1) prevented all of the waves from piecing the sunglasses. This means that all sunglasses, regardless of cost, still prevent the same amount of U.V. rays from penetrating the eyes. The safety glasses did allow for one 400 nm peak to be shown which is due to all the other sunglasses having tinted to reflect out red light.

← Older revision		Revision as of 20:37, 31 January 2019
Line 41:		Line 41:


−	Result and conclusion	+	'''Result and conclusion
		+	'''
	The results show that all sunglasses (black line of Figure 1) prevented all of the waves from piecing the sunglasses. This means that all sunglasses, regardless of cost, still prevent the same amount of U.V. rays from penetrating the eyes. The safety glasses did allow for one 400 nm peak to be shown which is due to all the other sunglasses having tinted to reflect out red light.		The results show that all sunglasses (black line of Figure 1) prevented all of the waves from piecing the sunglasses. This means that all sunglasses, regardless of cost, still prevent the same amount of U.V. rays from penetrating the eyes. The safety glasses did allow for one 400 nm peak to be shown which is due to all the other sunglasses having tinted to reflect out red light.

← Older revision		Revision as of 20:36, 31 January 2019
Line 4:		Line 4:

	[[File:Light Lab Uv graphic.jpg\|500px\|thumb\|left\|Figure 1:The graph shows absorbance plotted against the wavelength in nano meters. The red line show the U.V. light without any type of glasses in front of the detector while the black line represents all of the glasses in front of the photodioarray detector while emitting U.V. light. ]]		[[File:Light Lab Uv graphic.jpg\|500px\|thumb\|left\|Figure 1:The graph shows absorbance plotted against the wavelength in nano meters. The red line show the U.V. light without any type of glasses in front of the detector while the black line represents all of the glasses in front of the photodioarray detector while emitting U.V. light. ]]
		+
		+
		+
		+
		+
		+
		+
		+
		+
		+
		+
		+