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1. In order to use a wildcard in an ArcMap query using Select by Attribute, whic

ID: 292989 • Letter: 1

Question

1. In order to use a wildcard in an ArcMap query using Select by Attribute, which operator must be used?

a) LIKE

b) IS

c) AND

d) =

2. Which of the following overlay operations will include all of the results of an intersection?

a) union

b) subtraction

c) exclusive or

d) none of the above

3. When the overlapping area between two feature classes is identified and stored in a new file where the attributes of only one of the feature classes is maintained, this function is called: a) intersection

b) union

c) clip

d) dissolve

4. You are given a map where the data have been classified into 3 classes, and the classes are represented by squares of increasing size according to increasing data value. This map type uses:

a] classified symbols

b] proportional symbols

c) graduated symbols

d) choropleth symbols

5. When making a selection in ArcMap, the setting "Add to the currently selected features in..." is another way of telling the software to perform which of the following?

a] intersection

b] subtraction

c] exclusive or

d] union

explain please

Explanation / Answer

1. In order to use a wildcard in an ArcMap query using Select by Attribute, which operator must be used?

Ans: a) LIKE ( The wildcards are usually used with Like as the operator as it searches out all the attributes which are like the given attribute with wildcard.)

2. Which of the following overlay operations will include all of the results of an intersection?

Ans: a) union (Computes a geometric intersection of the Input Features. All features will be written to the Output Feature Class with the attributes from the Input Features, which it overlaps.)

3. When the overlapping area between two feature classes is identified and stored in a new file where the attributes of only one of the feature classes is maintained, this function is called:

Ans: a) intersection (All the common features of all the input layers form a new layer)

4. You are given a map where the data have been classified into 3 classes, and the classes are represented by squares of increasing size according to increasing data value. This map type uses:

b] proportional symbols ( Proportional symbols are proportional to the data value found at that location.)

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