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Problem-Set_1.pdf O file:///C:/Users/jbkil/Downloads/Problem-Set_1.pdf of 1 0 E Fit to page A Read aloud 1. Add notes D Page view aerosol container exerts a pressure of 125 kPa at 18°C. The container is thrown on a fire, and its temperature rises to 700°C. What is the pressure at this temperature? 5) Consider a region of the atmosphere of volume 25 dm³, which at 20°C contains about 1.0 mol of molecules. Take the average molar mass of the molecules as 29 g mol and their average speed as about 400 m s. Estimate the energy stored as molecular kinetic energy in this volume of air. 6) What is the minimum energy that a bird of mass 25 g must expend in order to reach a height of 50 m? 7) The potential energy of a charge Qı in the presence of another charge Q2 can be expressed in terms of the Coulomb potential, P(phi): Q. V= Qi0 4те The units of potential are joules per coulomb, J C-", so when o is multiplied by a charge in coulombs, the result is in joules. The combination joules per coulomb occurs widely and is called a volt (V), with 1 V = 1 J C-!. Calculate the Coulomb potential due to the nuclei at a point in a LiH molecule located 200 pm from the Li nucleus and 150 pm from the H nucleus. (Hint: Use Q =+Ze, where Z is the atomic number and e is the elementary charge.) 8) Plot the Coulomb potential due to the nuclei at a point in a Na*Cl¯ ion pair located on a line half- way between the nuclei (the internuclear separation is 283 pm) as the point approaches from infinity and ends at the mid-point between the nuclei. 9) Determine the wavelength of the radiation used by an FM radio transmitter broadcasting at 92.0 MH-2. 11:02 AM a O Type here to search (3 2/4/2020

Problem-Set_1.pdf O file:///C:/Users/jbkil/Downloads/Problem-Set_1.pdf of 1 0 E Fit to page A Read aloud 1. Add notes D Page view aerosol container exerts a pressure of 125 kPa at 18°C. The container is thrown on a fire, and its temperature rises to 700°C. What is the pressure at this temperature? 5) Consider a region of the atmosphere of volume 25 dm³, which at 20°C contains about 1.0 mol of molecules. Take the average molar mass of the molecules as 29 g mol and their average speed as about 400 m s. Estimate the energy stored as molecular kinetic energy in this volume of air. 6) What is the minimum energy that a bird of mass 25 g must expend in order to reach a height of 50 m? 7) The potential energy of a charge Qı in the presence of another charge Q2 can be expressed in terms of the Coulomb potential, P(phi): Q. V= Qi0 4те The units of potential are joules per coulomb, J C-", so when o is multiplied by a charge in coulombs, the result is in joules. The combination joules per coulomb occurs widely and is called a volt (V), with 1 V = 1 J C-!. Calculate the Coulomb potential due to the nuclei at a point in a LiH molecule located 200 pm from the Li nucleus and 150 pm from the H nucleus. (Hint: Use Q =+Ze, where Z is the atomic number and e is the elementary charge.) 8) Plot the Coulomb potential due to the nuclei at a point in a Na*Cl¯ ion pair located on a line half- way between the nuclei (the internuclear separation is 283 pm) as the point approaches from infinity and ends at the mid-point between the nuclei. 9) Determine the wavelength of the radiation used by an FM radio transmitter broadcasting at 92.0 MH-2. 11:02 AM a O Type here to search (3 2/4/2020

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Problem-Set_1.pdf O file:///C:/Users/jbkil/Downloads/Problem-Set_1.pdf of 1 0 E Fit to page A Read aloud 1. Add notes D Page view aerosol container exerts a pressure of 125 kPa at 18°C. The container is thrown on a fire, and its temperature rises to 700°C. What is the pressure at this temperature? 5) Consider a region of the atmosphere of volume 25 dm³, which at 20°C contains about 1.0 mol of molecules. Take the average molar mass of the molecules as 29 g mol and their average speed as about 400 m s. Estimate the energy stored as molecular kinetic energy in this volume of air. 6) What is the minimum energy that a bird of mass 25 g must expend in order to reach a height of 50 m? 7) The potential energy of a charge Qı in the presence of another charge Q2 can be expressed in terms of the Coulomb potential, P(phi): Q. V= Qi0 4те The units of potential are joules per coulomb, J C-", so when o is multiplied by a charge in coulombs, the result is in joules. The combination joules per coulomb occurs widely and is called a volt (V), with 1 V = 1 J C-!. Calculate the Coulomb potential due to the nuclei at a point in a LiH molecule located 200 pm from the Li nucleus and 150 pm from the H nucleus. (Hint: Use Q =+Ze, where Z is the atomic number and e is the elementary charge.) 8) Plot the Coulomb potential due to the nuclei at a point in a Na*Cl¯ ion pair located on a line half- way between the nuclei (the internuclear separation is 283 pm) as the point approaches from infinity and ends at the mid-point between the nuclei. 9) Determine the wavelength of the radiation used by an FM radio transmitter broadcasting at 92.0 MH-2. 11:02 AM a O Type here to search (3 2/4/2020
Transcribed Image Text:Problem-Set_1.pdf O file:///C:/Users/jbkil/Downloads/Problem-Set_1.pdf of 1 0 E Fit to page A Read aloud 1. Add notes D Page view aerosol container exerts a pressure of 125 kPa at 18°C. The container is thrown on a fire, and its temperature rises to 700°C. What is the pressure at this temperature? 5) Consider a region of the atmosphere of volume 25 dm³, which at 20°C contains about 1.0 mol of molecules. Take the average molar mass of the molecules as 29 g mol and their average speed as about 400 m s. Estimate the energy stored as molecular kinetic energy in this volume of air. 6) What is the minimum energy that a bird of mass 25 g must expend in order to reach a height of 50 m? 7) The potential energy of a charge Qı in the presence of another charge Q2 can be expressed in terms of the Coulomb potential, P(phi): Q. V= Qi0 4те The units of potential are joules per coulomb, J C-", so when o is multiplied by a charge in coulombs, the result is in joules. The combination joules per coulomb occurs widely and is called a volt (V), with 1 V = 1 J C-!. Calculate the Coulomb potential due to the nuclei at a point in a LiH molecule located 200 pm from the Li nucleus and 150 pm from the H nucleus. (Hint: Use Q =+Ze, where Z is the atomic number and e is the elementary charge.) 8) Plot the Coulomb potential due to the nuclei at a point in a Na*Cl¯ ion pair located on a line half- way between the nuclei (the internuclear separation is 283 pm) as the point approaches from infinity and ends at the mid-point between the nuclei. 9) Determine the wavelength of the radiation used by an FM radio transmitter broadcasting at 92.0 MH-2. 11:02 AM a O Type here to search (3 2/4/2020
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