4.) Carbondioxide CO2 is a linear molecule with C-O bond length d=116.3 pm. The partial charges...

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4.) Carbondioxide CO2 is a linear molecule with C-O bond length d=116.3 pm. The partial charges on the carbon and oxygen atoms are +28 and -8, respectively, with 8 = 0.73. The CO2 molecule is placed on the x-axis with the carbon at the origin x = 0. A proton H+ is placed on the y-axis at ya with a = 186 pm. (Here p = pico = 10-12). a) Find the force on the proton due the carbon atom! H+ a 0-8 C+28 0-8 d X b) Find the force on the proton due the two oxygen atoms! c) Find the net force on the proton due to the CO2 molecule! d) We double the distance of the proton to the C-atom of the CO2-molecule so that its new location is (x = 0, y = 2a). Discuss qualitatively, i.e., without calculations, how the net force on the proton due to the CO2-molecule is changing as a result! 4.) Carbondioxide CO2 is a linear molecule with C-O bond length d=116.3 pm. The partial charges on the carbon and oxygen atoms are +28 and -8, respectively, with 8 = 0.73. The CO2 molecule is placed on the x-axis with the carbon at the origin x = 0. A proton H+ is placed on the y-axis at ya with a = 186 pm. (Here p = pico = 10-12). a) Find the force on the proton due the carbon atom! H+ a 0-8 C+28 0-8 d X b) Find the force on the proton due the two oxygen atoms! c) Find the net force on the proton due to the CO2 molecule! d) We double the distance of the proton to the C-atom of the CO2-molecule so that its new location is (x = 0, y = 2a). Discuss qualitatively, i.e., without calculations, how the net force on the proton due to the CO2-molecule is changing as a result!