CLAD Practice Exam Questions and Answers

A.  

The data types are consistent

B.  

Apolymorphic operation will be performed on the data

C.  

A data buffer is created to handle data conversion

D.  

Data values are being coerced because they are out of range

A.  

A 1-D Array of {-25, 25, 50}

B.  

A 1-D Array of {-25, 25}

C.  

A 2-D Array of {{-25, -50, -50}, {50, 25, 25}}

D.  

A 1-D Array of {75, -50, 25}

A.  

1-D Array of {1,-4, 3, 7,-2, 6}

B.  

b.1-D Array of {1, 7,-4,-2, 3, 6}

C.  

c.2-D Array of {{1,-4, 3, 0}, {7,-2, 6}}

D.  

d.2-D Array of {{1,-4, 3}, {7,-2, 6}}

A.  

Doubles

B.  

Enumerated type values

C.  

Strings

D.  

Integers

A.  

The loop will iterate 51 times.

B.  

The loop will iterate 50 times.

C.  

The loop will iterate 49 times.

D.  

A For Loop that has a 50 wired to the count terminal will perform the same operation.

A.  

The data types of the target VI are known at compile time

B.  

The data types passed to the VI can change programmatically

C.  

You can flatten the data to a string to improve code performance

D.  

Causes dynamically loaded VIs to be loaded at the start of execution

A.  

A 1-D array of {1, 4, 3, 2, 1, 0}

B.  

A 1-D array of {1, 8, 0, 1, 2, 3, 4, 6, 2}

C.  

A 1-D array of {1, 4, 3, 2, 1, 0, 8, 6, 2}

D.  

A 1-D array of {1, 8, 0, 1, 2, 2, 9}

A.  

Create a single cluster from two arrays of X values and two arrays of Y values in an X, Y,

B.  

X, Y pattern.

C.  

Bundle the X and Y array pairs together into two clusters and then create an array of these two clusters.

D.  

Bundle the X and Y array pairs together into two clusters and create a cluster of these two clusters.

E.  

Create a single array of each of the X arrays and Y arrays in an X, Y, X, Y pattern.

A.  

The last three values from the DAQ Assistant will be displayed.

B.  

A running average of all measurements will be displayed.

C.  

An average of the last four measurements will be displayed.

D.  

None of the above

A.  

It returnsthe number of times the loop has executed

B.  

It returns the number of times the loop has executed, plus one

C.  

It returns the number of times the loop has executed, minus one

D.  

It returns a constant number

A.  

Causes the VI to abort

B.  

Causes the VI to pause

C.  

Causes the VI to single step over the addition

D.  

Causes the VI to single step over the indicator

A.  

Using a Forloop with Auto-indexing

B.  

Placing a build array function in a Whileloop

C.  

Initializing an array and then replacing elements in a Whileloop

D.  

Using a Whileloopwith Auto-Indexing