Choose the Operation Below are descriptions of twelve scenarios in which vector geoprocessing operations apply. Match the correct operation $($A$-$L$)$ with each scenario. Operations A$.$ Append B$.$ Buffer C$.$ Clip D$.$ Dissolve E$.$ Erase F$.$ Identity G$.$ Intersect H$.$ Union I. Update J$.$ Select K$.$ Split L$.$ Symmetrical Difference $\_\_\_\_\_$ You are looking for property for your new business and know you cannot build within $100$ feet of a railroad. How could you represent this $$no$-$build$$ area on the map? $\_\_\_\_\_$ You have two polygon datasets. One represents market area A$.$ The other dataset represents market area B$.$ You want to find areas in only one market area, not two. $\_\_\_\_\_$ : You have one polygon layer representing locations where pelicans gather on the river and a second polygon dataset representing land cover in pool $8$ of the Mississippi river. You want one feature class that gives you the land cover information for the entire river area represented in pool $8$ and also indicates whether an area is in the pelican area. $\_\_\_\_\_$ You have two polygon feature classes. One feature class represents land burned in forest fires before $1970.$ The other feature class represents land burned in forest fires since $1970.$ You want to derive a new feature class that shows only land re$-$burned after $1970($burned before $1970$ and after $1970).\_\_\_\_\_$ You have a polygon dataset representing marketing areas. Each marketing area has an attribute field indicating what marketing zone it is located within. From this dataset you want to derive a second dataset representing zone boundaries $($e$.$g$.,$ all marketing areas in zone $1$ should be merged into one polygon in the output dataset$).\_\_\_\_\_$ You want to give each voting place a map showing which street segments are part its voting district. This will help people know if their address is in the voting area. You have a streets feature class for the whole city, but you want to derive a separate streets layer for each voting district. You have voting district polygons. $\_\_\_\_\_$ You have an existing point shapefile of trees on campus $($Trees$\_$Master$).$ Your co$-$worker went out and mapped some new trees that were recently planted $($Trees$\_$New$).$ You want to add the new tree records to your existing tree dataset, so that all of your maps will automatically update. $\_\_\_\_\_$ You downloaded the streams for an area of Minnesota, but you only need the streams for your study area. You created a polygon dataset representing your study area. $\_\_\_\_\_$ You have a polygon dataset representing parcel boundaries. An area on the outskirts of town was recently subdivided into parcels. These new parcels were surveyed and a new polygon dataset was created representing just the surveyed subdivision. You want to replace the current area in your parcels dataset with the new subdivision lot boundaries. $\_\_\_\_\_$ You work for the park maintenance office for Central Park. You need to know how much area of the park needs mowing. You have an area representing the park boundary, but it includes buildings. You want to derive a grass layer from the Central$\_$Park layer that does not include building footprints. Then you can calculate the area of grass remaining. $\_\_\_\_\_$ Create a feature class of only open water areas in Pool $8.\_\_\_\_\_$ Create a feature class that you can use to determine which areas burned before $1970,$ after $1970,$ or during both time periods.