WorksheetsRS, GIS and Maps
Total questions: 100
Worksheet time: 54mins
_____ is the collection of data that does not involve physical contact
GPS
Fieldwork
Remote-sensing
Not opening your textbook
_____ techniques might be used to monitor the number of trees that are being cut down or dying in a forest
Remote-sensing
Wizard-like
Cylindrical projections
Remote sensing is use for ______________.
Detecting plant health
Measuring snowpack
Monitoring wetlands
All of the above
When light is reflected off a surface, it is detected by passive remote sensing satellites and produces a(n) ________________, which we use to identify different surfaces.
Rainbow
Pulsar
Spectral Signatures
Awe inspiring moment
The two types of remote sensing are ____________ & _____________.
Yogi & Boo Boo
Color & Panchromatic
Passive & Active
Sputnik & GOES
T or F: Remote sensing can be used to monitor changes on the Earth's surface over time.
True
False
Not Sure
The X-axis on a Spectral Signature graph indicates the ________
Data Values
Spectral Bands
Full Form Of LISS
Linear Imaging Self Scanning Sensor
Long Image Self Scanning Sensor
Linear Imaginary Sensor Satellite
Landsat 1 was launched in which year?
1971
1975
1972
1980
Full form of ALOS is Advanced Land -------------Satellite
(a)
Launching date and year of Landsat 7
April 15, 1999
July 15, 1999
September15, 1999
Each power source has 3 types of energy emitted from it. Describe the energy that is related to the remote sensing
Convection
Conduction
Radiation
What part of the electromagnetic spectrum can we see with our eyes?
Near-Infrared
Red, Green, Blue
Microwave and radio
Ultraviolet rays
Healthy vegetation reflects energy in what parts of the electromagnetic spectrum?
Blue and Green
Green and Near-Infrared
Blue and Red
Green and Red
What is the relationship between spatial resolution and spatial extent in satellite imagery?
low spatial resolution = greater spatial extent
high spatial resolution = greater spatial extent
What is worlds first Artificial Satellite?
Aryabhatta
Sputnik
Quick Bird
IRS-1
Which one of the following is example of active remote sensor?
Landsat
RADAR
ASTER
Ikonos
How many types of resolution in remote sensing?
2
3
4
5
The observations made over the same area on different dates to monitor ground features, is called -
Spatial Resolution
Temporal Resolution
Radiometric Resolution
Spectral Resolution
The point just vertically below the observer's position, in celestial sphere is called-
Celestial point
Zenith
Nadir
Pole
What are the units of spectral radiance ?
W/m sq.
B)W/m sq./Sr
W/m sq/Sr/micron
Which radiometric quantity would be most suitable to measure for At-sensor ?
Irradiance
Exitance
Radiance
A radiation of wavelength 4 micron falls in which portion of EM spectrum ?
VISIBLE
IR
MICRO WAVE
NONE OF THE ABOVE
Which radiometric quantity would be most suitable to measure for sun’s incoming energy ?
Irradiance
Exitance
Radiance
When light is reflected off a surface, it is detected by passive remote sensing satellites and produces a(n) ________________, which we use to identify different surfaces.
Rainbow
Pulsar
Spectral Signatures
Awe inspiring moment
Which one is appropriate definition of scale?
The lines on a map representing north-south
A conversion factor used to transform map projections
The ratio of a distance on a map to the corresponding distance on the ground
The lines on a map representing east-west directions
What does 1mm on a map drawn at a scale of 1:50,000 represent on the ground?
500 centimetres
50 centimetres
50 metres
5 metres
First aerial photograph was taken from a hot air balloon in the year:
1858
1958
1758
1948
Which of the following might be considered as the fourth dimension in Remote Sensing?
Space
Scale
Time
Location
Which one was the first Indian Satellite?
Bhaskara
Cartosat
Resourcesat
Aryabhata
Which is the first Indian Remote Sensing Satellite?
Bhaskara
IRS-1A
Cartosat-1
Resourcesat-1
The distinct advantages of remote sensing are?
Synoptic view
Global coverage
Repeatability
All of the above
In general, Remote Sensing satellites orbit in:
Sun-synchronous
Geostationary
Geo-synchronous
None of the above
Resolution may best be defined as:
The accuracy and precision of the data
The overall quality of a dataset
The smallest feature that can be mapped or measured
The smallest unit or measurement into which data can be disaggregated
Generally, purpose of geostationary satellite is:
Remote Sensing
Global positioning
Telecommunication and weather monitoring
None of the above
MSS, TM and LISS-I sensors are:
Only passive sensors
Both active and passive sensors
Only active sensors
None of the above
The characteristics of electromagnetic radiation are particularly important for understanding remote sensing:
Wavelength
Frequency
Wavelength and frequency
None of the above
The light which our eyes - our "remote sensors" - can detect is part of the:
Ultraviolet
Visible spectrum
Infrared
Microwave
The visible wavelengths cover a range from approximately
0.4 to 0.7 µm
0.7 µm to 1mm
0.4 to 1mm
(b) 3.5 and 20 µm
Which scattering occurs when particles are very small compared to the wavelength of the radiation?
Mie
Nonselective
Rayleigh
All of the above
Parts of the spectrum which are not severely influenced by atmospheric absorption are useful to remote sensors, are called:
Open windows
MS windows
Atmospheric absorption band
Atmospheric windows
What is georeferencing?
Converting data to a feature class
Projecting your data so that it has no distortion
Aligning images with ground control points on the Earth’s surface
Converting data into geometric coordinate system
(a) law states that ratio of sine of angle of incidence to sine of angle of refraction constant
The ratio between the angle of incidence and angle of refraction is called (a)
Formula for refractive index of a glass prism is................
Sin( A+D)/sin (A/2)
Sin( A/2)/sin(A+D/2)
Sin(A+2)/sin(A+D/2)
The experiment to determine the refractive index of the prism, vernier table is adjusted to.............
0°-180°
0°- 90°
180°- 0°
In total internal reflection at a particular angle of incidence the angle of refraction reaches ..........
90°
180°
0°
360°
the abbreviation for LASER stands for.....,............
Light amplification by stimulated emission of radiation
Light amplification of stimulated emission of radiation
Light amplification of stimulated emission by radiation
Laser radiation is
Monochromatic
Chromatic
The angle of incidence increased above the critical angle, the rays reflected back in the same denser medium itself is called...........
Internal reflection
Total Internal reflection
Refraction
Reflection
Laser works on the principle of ..........
Quantum theory of radiation
Radiation
Population of inversion
Stimulated emission
Robi rod is a crystal made of.........
Aluminium oxide and chromium oxide
Aluminium dioxide
Chromium and nickel oxide
Bromine and chromium
The visible wavelengths cover a range from approximately 0.4 to 0.7 µm. The longest visible wavelength is blue and the shortest is violet.
TRUE
FALSE
The longer the wavelength, the lower the frequency. The shorter the wavelength, the lower the frequency.
TRUE
FALSE
The temperature of the object decreases, its dominant wavelength shifts towards the shorter wavelength portion of the spectrum.
TRUE
FALSE
Absorbs the harmful ultraviolet radiation from the sun
(a)
Absorbs radiation strongly in the far infrared portion of the spectrum - that area associated with thermal heating - which serves to trap this heat inside the atmosphere
(a)
Type of Spectral resolution which produce black & white image
(a)
Which is the best description of qualitative data used by geographers?
Personal descriptions of processes and events.
Surveys about how often people visit other places.
Census counts such as population statistics.
Measurements of distance made using GPS receivers.
Tables showing the age distribution of people in a community.
"Smartphones, each one with a tiny GPS pinging, have revolutionized cartography. Matthew Zook, a geographer at the University of Kentucky, has partnered with data scientists there to create what they call the DOLLY Project - it's a searchable repository of every geotagged tweet since December of 2011, meaning Zook and his team have compiled billions of interrelated sentiments, each with a latitude and longitude attached."
Why are geographers interested in the information in DOLLY?
It provides information about spatial distribution of people's reactions to events.
It provides an opportunity for geographers to work with data scientists.
Geographers focus on the sentiments of people more than do other scientists.
The data is searchable, and most geographic information is hard to organize.
Geographers are more likely to use new technology than are other scientists.
All of the following accurately describe how geographers and lawmakers use census data except...
To provide state legislatures with the small area census population data necessary for the redrawing of voting districts.
To provide the federal government with population data that is used to determine how to allocate federal funds for states.
To help state and local governments plan for public safety and disaster preparedness.
To detect and monitor the physical characteristics of an area.
To gather demographic (population) information that is used to inform legislative decision making.
Photograph: European Space Agency, "Congo River, Africa."
A geographer would MOST likely uses a satellite image like the one above for which of the following purposes?
To track the migration pattern of birds.
To determine the environmental impact of building a dam on the distribution of water throughout the region.
To count the number of people that live in a given area.
To design telecommunications networks for an urban area.
To map the extent of a formal region.
Which of the following descriptions are best aligned with the idea of geospatial data?
There is a distinct separation between geospatial data and non geospatial data and the two information sets cannot be linked.
Geospatial data is the locational information of spatial features such as highways, tracts of land, and soil types.
Geospatial data is only used by government and business agencies.
Geospatial data may not necessarily be linked directly to a particular spatial location.
Geospatial data always expresses the spatial relationship between features found on the Earth.
Which of the following best describes how geographic information systems would be utilized by urban planners?
To take satellite images of undeveloped regions outside of a city.
To determine the exact locations of underground electrical and sewage lines.
To map current roadways and traffic flows to determine where to build a new highway onramp.
To print paper maps to help tourists find locations in the city.
To locate the street addresses of low-income families within a city.
Which of the following data collection methods would be the BEST choice for someone looking to open up a new fast food restaurant based on location?
Informal Observations
Census Data
Formal Observations
Interviews
Experiments
You are on a geography field trip and have been given the task of finding out how much time individual shoppers have spent inside of the mall. Which of the following data collection techniques do you feel would be most appropriate to find out his information?
Photographing people shopping
Sketching the mall layout
A questionnaire survey of customers leaving the mall
Interviews with store managers
Sending a letter to the mall's owners
True or false: Globes provide a three-dimensional view of the Earth. They provide the most accurate view of the world, but have limitations in their use.
True
False
True or false: Globes show more detail and are easier to transport than maps are.
True
False
True or false: All world map projections create distorted images of the Earth to some degree. These distortions relate to size, shape, direction, and distance.
True
False
True or false: The cartographer’s purpose and the projection used to create a map influence what information is accurate and what is distorted.
True
False
A way of representing the spherical Earth on a flat surface:
Projection
Distortion
Cartographer
A geographer who makes maps:
Cartographer
Distortion
Projection
A loss of accuracy:
Projection
Distortion
Cartographer
Which map projection was created in the 1500’s in order to help ships navigate the oceans?
Mercator
Gall Peter's
Robinson
Why are there so many types of map projections and why do they all look so different?
They are all made for different purposes
Cartographers get bored and make new maps
To confuse students
Complete the following definition: A Map Projection is the orderly system of __________ and __________ used as basis for DRAWING a MAP on a FLAT surface.
points and lines
lengths and shapes
parallels and meridians
Which among the two shows a Secant that is a basis of a map projection?
Which projection can be described in terms of the direction of the projection plane's orientation with respect to the globe?
Class
Aspect
Point of Secancy
Distortion Property
Which is NOT a distortion property map projection?
azimuthal
conformal
equidistant
equal-area
Which has an OBLIQUE projection?
Equal Area Map Projection has areas in the map that are identical to the areas on the curved reference surface.
True
False
An Azimuthal Projection has the surface of the globe transferred into a cone.
True
False
Which map is this?
shows landmasses accuratley
cuts the oceans up
doesn't show distance accurately
homolisine
mercator
winkel tripel
azimuthal
Which map is this?
part of globe projects on a flat surface
used for north and south pole
directions are accurate
mercator
robinson
azimuthal
homolisine
What map is this?
preferred projection of the natural geographic
less distortion of area + shape
a modified version of the robinson projection
homolisine
mercator
Winkel Tripel
azimuthal
Two cities are 7 inches apart on a map. The scale states that 1" = 200 miles. How far apart are the two cities in real life?
7 inches
200 miles
700 miles
1400 miles
