______ What type of remote sensing strategy is being used in the diagram shown above? Sunrise measurement Occultation measurement Tangential radar Eclipse measurement Infrared scanning __________________ Which atmospheric qualities can be used to employ the strategy shown above? Mark all that apply. Scattering Aerosols Absorption None of the above Wavelength For the following four (4) questions, refer to the diagram below. ______ The majority of absorption and scattering is toward the longer wavelength regions of the graph, shown dominantly in row 1. Which atmospheric gas is likely to be responsible for most of these long-wavelength signatures? Diatomic nitrogen Carbon dioxide Water vapor Ozone Nitrous oxide Methane ______ There are two significant signatures toward the shorter wavelength regions of the graph. Which atmospheric gas is most likely responsible for the most significant signature at the shorter wavelengths, such as at 0.3 An example dominates in row 3. μm? Diatomic nitrogen Carbon dioxide vapor Ozone Nitrous oxide Methane ______ Row 4 represents a gas that medium strength absorbance signatures at wavelengths of about 3.5 and 8 Which of the following is the gas responsible for these data? μm μm. Diatomic nitrogen Carbon dioxide Water vapor Ozone Nitrous oxide Methane ______ Consider row 6. This graph is interesting in that it shows the effect not of a gas, but of a physical property of light passing through a medium of any composition. What property is illustrated in row 6? Optical lensing UV absorption Transmittance Backfeeding Rayleigh scattering For the next four (4) questions, refer to the diagram below. The dark arrows represent beams of light. ______ Which of the sensing systems shown is likely to employ RADAR and LIDAR scanners? A C All of the above B D
______ What type of remote sensing strategy is being used in the diagram shown above? Sunrise measurement Tangential radar Infrared scanning Occultation measurement Eclipse measurement __________________ Which atmospheric qualities can be used to employ the strategy shown above? Mark all that apply. Scattering Absorption Wavelength Aerosols None of the above For the following four (4) questions, refer to the diagram below. ______ The majority of absorption and scattering is toward the longer wavelength regions of the graph, shown dominantly in row 1. Which atmospheric gas is likely to be responsible for most of these long-wavelength signatures? Diatomic nitrogen Ozone Carbon dioxide Nitrous oxide Water vapor Methane ______ There are two significant signatures toward the shorter wavelength regions of the graph. Which atmospheric gas is most likely responsible for the most significant signature at the shorter wavelengths, such as at 0.3 μm? An example dominates in row 3. Diatomic nitrogen Ozone Carbon dioxide Nitrous oxide vapor Methane ______ Row 4 represents a gas that medium strength absorbance signatures at wavelengths of about 3.5 μm and 8 μm. Which of the following is the gas responsible for these data? Diatomic nitrogen Ozone Carbon dioxide Nitrous oxide Water vapor Methane ______ Consider row 6. This graph is interesting in that it shows the effect not of a gas, but of a physical property of light passing through a medium of any composition. What property is illustrated in row 6? Optical lensing Transmittance Rayleigh scattering UV absorption Backfeeding For the next four (4) questions, refer to the diagram below. The dark arrows represent beams of light. ______ Which of the sensing systems shown is likely to employ RADAR and LIDAR scanners? A B C D All of the above
remotesensing_2017_c_eastside_test.docx