See below
Your Answer
Correct Answer
I'd suggest a lot more practicing and using LabVIEW before taking any CLAD exams.
pradnaveen wrote:
ok tell me if i am correct pls apply
1.Which VI architecture allows the user to run several tasks concurrently?
A Multiple Case Structure VI
B Parallel Loop VI
C State Machine VI
D None of the above
State Machines give a way to control sequencing. Parallel Loops allow things to run in parallel.
2.All of the following statements regarding SubVIs are true, EXCEPT:
A They require less memory.
B They allow for easier debugging.
C They allow you to use the same code for many future applications.
D All of the above statements are true. Correct. Note. SubVI's can use a little bit more memory, but they also allow you to replace duplicated code thus greatly reducing the memory requirements.
3.Under which of the following settings would you not apply a gain to your signal?
A 5 V signal with 0-10 V ADC range Gain of 2
B 10 V signal, with 0-10 V ADC range
C 10 V signal with 0-5 V ADC range Gain of 1/2
D 1 V signal with 0-10 V ADC range Gain of 10
4.In LabVIEW, you may print to all of the following, EXCEPT:
A Printer
B HTML
C Plain Text Of course you can print to a printer. Since LV is graphical, plain text might be a problem.
D All of the above are possible printing options
5.Which DAQ board will allow for the detection of a 2.6 mV change in a signal if a 0-10 volt range was selected?
A 12-bit board This might be the correct answer, it is close to the 2.44 mV change as shown in the explanation for D. But it would be a little generous round off error.
B 16-bit board
C Both A. and B.
D None of the above 10V / 2^12 is .00244 V or 2.44 mV. 10V/2^16 is 0.153 mV
6.DAQmx channels and virtual channels are a collection of property settings that include all of the following, EXCEPT:
A scaling information.
B physical channel.
C type of measurement.
D base I/O address. Correct.
7.How does changing a DAQ board from a 0-10 volt range to a -10 to 10 volt range, affect the minimum voltage change that can be detected?
A There will be no effect on the minimum voltage change that can be detected.
B The minimum voltage change that can be detected will be split in half.
C The minimum voltage change that can be detected will depend inversely with the resolution of the board. Question isn't talking about resolution, but the range of the board.
D The minimum voltage change that can be detected will be doubled.
FOR
1.c
2.d
3.a
4.a
5.b
6.d
7.c
Tell me if i am correct or not and if wrong tell me the reason please
