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The Thickness of the Ozone Layer Can Be Estimated Using

Question 138

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The thickness of the ozone layer can be estimated using the formula The thickness of the ozone layer can be estimated using the formula where I<sub> 0 </sub> is the intensity of a particular wavelength of light from the sun before it reaches the atmosphere, I is the intensity of the same wavelength after passing through a layer of ozone x centimeters thick, k is the absorption constant of ozone for that wavelength, and is the acute angle that the sunlight makes with the vertical. Suppose that for a wavelength of 3,055 10<sup> - 8 </sup> centimeter with k 1.93, I<sub> o </sub>/I is measured as 1.72 and . Approximate the thickness of the ozone layer to the nearest 0.01 centimeter. A) cm B) cm C) cm D) cm E) cm where I 0 is the intensity of a particular wavelength of light from the sun before it reaches the atmosphere, I is the intensity of the same wavelength after passing through a layer of ozone x centimeters thick, k is the absorption constant of ozone for that wavelength, and The thickness of the ozone layer can be estimated using the formula where I<sub> 0 </sub> is the intensity of a particular wavelength of light from the sun before it reaches the atmosphere, I is the intensity of the same wavelength after passing through a layer of ozone x centimeters thick, k is the absorption constant of ozone for that wavelength, and is the acute angle that the sunlight makes with the vertical. Suppose that for a wavelength of 3,055 10<sup> - 8 </sup> centimeter with k 1.93, I<sub> o </sub>/I is measured as 1.72 and . Approximate the thickness of the ozone layer to the nearest 0.01 centimeter. A) cm B) cm C) cm D) cm E) cm is the acute angle that the sunlight makes with the vertical. Suppose that for a wavelength of 3,055 The thickness of the ozone layer can be estimated using the formula where I<sub> 0 </sub> is the intensity of a particular wavelength of light from the sun before it reaches the atmosphere, I is the intensity of the same wavelength after passing through a layer of ozone x centimeters thick, k is the absorption constant of ozone for that wavelength, and is the acute angle that the sunlight makes with the vertical. Suppose that for a wavelength of 3,055 10<sup> - 8 </sup> centimeter with k 1.93, I<sub> o </sub>/I is measured as 1.72 and . Approximate the thickness of the ozone layer to the nearest 0.01 centimeter. A) cm B) cm C) cm D) cm E) cm 10 - 8 centimeter with k The thickness of the ozone layer can be estimated using the formula where I<sub> 0 </sub> is the intensity of a particular wavelength of light from the sun before it reaches the atmosphere, I is the intensity of the same wavelength after passing through a layer of ozone x centimeters thick, k is the absorption constant of ozone for that wavelength, and is the acute angle that the sunlight makes with the vertical. Suppose that for a wavelength of 3,055 10<sup> - 8 </sup> centimeter with k 1.93, I<sub> o </sub>/I is measured as 1.72 and . Approximate the thickness of the ozone layer to the nearest 0.01 centimeter. A) cm B) cm C) cm D) cm E) cm 1.93, I o /I is measured as 1.72 and The thickness of the ozone layer can be estimated using the formula where I<sub> 0 </sub> is the intensity of a particular wavelength of light from the sun before it reaches the atmosphere, I is the intensity of the same wavelength after passing through a layer of ozone x centimeters thick, k is the absorption constant of ozone for that wavelength, and is the acute angle that the sunlight makes with the vertical. Suppose that for a wavelength of 3,055 10<sup> - 8 </sup> centimeter with k 1.93, I<sub> o </sub>/I is measured as 1.72 and . Approximate the thickness of the ozone layer to the nearest 0.01 centimeter. A) cm B) cm C) cm D) cm E) cm . Approximate the thickness of the ozone layer to the nearest 0.01 centimeter.


A) The thickness of the ozone layer can be estimated using the formula where I<sub> 0 </sub> is the intensity of a particular wavelength of light from the sun before it reaches the atmosphere, I is the intensity of the same wavelength after passing through a layer of ozone x centimeters thick, k is the absorption constant of ozone for that wavelength, and is the acute angle that the sunlight makes with the vertical. Suppose that for a wavelength of 3,055 10<sup> - 8 </sup> centimeter with k 1.93, I<sub> o </sub>/I is measured as 1.72 and . Approximate the thickness of the ozone layer to the nearest 0.01 centimeter. A) cm B) cm C) cm D) cm E) cm cm
B) The thickness of the ozone layer can be estimated using the formula where I<sub> 0 </sub> is the intensity of a particular wavelength of light from the sun before it reaches the atmosphere, I is the intensity of the same wavelength after passing through a layer of ozone x centimeters thick, k is the absorption constant of ozone for that wavelength, and is the acute angle that the sunlight makes with the vertical. Suppose that for a wavelength of 3,055 10<sup> - 8 </sup> centimeter with k 1.93, I<sub> o </sub>/I is measured as 1.72 and . Approximate the thickness of the ozone layer to the nearest 0.01 centimeter. A) cm B) cm C) cm D) cm E) cm cm
C) The thickness of the ozone layer can be estimated using the formula where I<sub> 0 </sub> is the intensity of a particular wavelength of light from the sun before it reaches the atmosphere, I is the intensity of the same wavelength after passing through a layer of ozone x centimeters thick, k is the absorption constant of ozone for that wavelength, and is the acute angle that the sunlight makes with the vertical. Suppose that for a wavelength of 3,055 10<sup> - 8 </sup> centimeter with k 1.93, I<sub> o </sub>/I is measured as 1.72 and . Approximate the thickness of the ozone layer to the nearest 0.01 centimeter. A) cm B) cm C) cm D) cm E) cm cm
D) The thickness of the ozone layer can be estimated using the formula where I<sub> 0 </sub> is the intensity of a particular wavelength of light from the sun before it reaches the atmosphere, I is the intensity of the same wavelength after passing through a layer of ozone x centimeters thick, k is the absorption constant of ozone for that wavelength, and is the acute angle that the sunlight makes with the vertical. Suppose that for a wavelength of 3,055 10<sup> - 8 </sup> centimeter with k 1.93, I<sub> o </sub>/I is measured as 1.72 and . Approximate the thickness of the ozone layer to the nearest 0.01 centimeter. A) cm B) cm C) cm D) cm E) cm cm
E) The thickness of the ozone layer can be estimated using the formula where I<sub> 0 </sub> is the intensity of a particular wavelength of light from the sun before it reaches the atmosphere, I is the intensity of the same wavelength after passing through a layer of ozone x centimeters thick, k is the absorption constant of ozone for that wavelength, and is the acute angle that the sunlight makes with the vertical. Suppose that for a wavelength of 3,055 10<sup> - 8 </sup> centimeter with k 1.93, I<sub> o </sub>/I is measured as 1.72 and . Approximate the thickness of the ozone layer to the nearest 0.01 centimeter. A) cm B) cm C) cm D) cm E) cm cm

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