wayground logo

Free Printable Worksheets

NEW

Font size

S
M
L
XL
Worksheets

7.2.

Total questions: 48

Worksheet time: 24mins

Name
Class
Date
1.

What is the frequency of automatic snapshots in the system?

a)

Every 5 minutes

b)

Every 15 minutes

c)

Every hour

d)

Every day

2.

How can a user manually initiate a snapshot?

a)

Clicking "Save Snapshot"

b)

Pressing the "Load Snapshot" button

c)

Waiting for the system to prompt

d)

Pressing the "Snapshot" icon

3.

What action confirms the restoration of a snapshot?

a)

Clicking "No" in the confirmation window

b)

Selecting "Load SS"

c)

Pressing "Yes" in the confirmation window.      

d)

Choosing "Save Snapshot" from the menu

4.

How can a user remove a feather from the "User Trend" page?

a)

By pressing the "Add Feather" button

b)

By clicking on the feather

c)

By selecting "Delete Feather" from the menu

d)

By pressing the designated key

5.

Where can users find the log of their actions within the system?

a)

By clicking on the user profile

b)

By selecting "View Log" from the settings menu

c)

By pressing the "User/Operations Log" icon in the Header area

d)

By accessing the "Help" section from the main menu

6.

Which feature enables instructors to generate and store their unique set of scenarios for training purposes, facilitating sharing with other users through a networked drive?

a)

Model Scenarios

b)

Scenario Library

c)

Script Repository

d)

Scenario Generator

7.

What should be checked before launching the simulation program?

a)

Check the connection of the license key via parallel/USB port.

b)

Ensure that the screen resolution is set to 1024 x 768 or higher.

c)

Verify the availability of active internet connection.

d)

Check the availability of all necessary system resources (memory, processor, etc.).

e)

Ensure that all required drivers are installed and functioning correctly.

8.

What steps should be taken to configure the display/monitor before launching the simulation program?

a)

Ensure that the screen resolution is set to 1024 x 768 or higher.

b)

Check the availability of all necessary system resources (memory, processor, etc.).

c)

Select the “Normal Size (96) DPI” option.

d)

Check the color settings and ensure they are set to 65000 or higher or 16-bit High Color or True Color.

e)

Ensure that the operating system is updated to the latest version.

9.

Which steps should be taken before launching Sim-Instructor and Sim-Trainee to ensure proper connection?

a)

Check the connection of Sim-Trainee to the computer running Sim-Instructor.

b)

Verify the availability of active internet connection.

c)

Ensure that Sim-Trainee is configured with the correct IP address of the computer running Sim-Instructor.

d)

Check the color settings of the display.

e)

Ensure that all necessary system resources are available.

10.

How can a scenario with Trainee Performance Score (TPS) validation be created and loaded in the simulation program?

a)

Access the “Trainee Performance: Scenarios” window from the “Windows” menu and select a pre-existing scenario.

b)

Press the “Save” button to save the scenario with TPS validation.

c)

Press the “Activate” button to initialize the scenario with TPS validation.

d)

Use the “Help” menu to access the user manual and follow the instructions for scenario creation.

e)

Load a TPS file by clicking the “Load” button and selecting the desired file saved on a computer or network drive.

11.

What conditions must be met to successfully load a saved TPS file in the simulation program?

a)

Compatibility is automatically checked during file loading, and errors are displayed if the versions do not match.

b)

Each model has a version and scenario version number, and compatibility is ensured between them

c)

TPS files are universally compatible with all simulation models regardless of version.

d)

The TPS file must be created for a different model than the one currently loaded.

e)

TPS files cannot be loaded if they were created on a different computer.

12.

How can a loaded scenario with TPS validation be activated in the simulation program?

a)

Press the “Save” button after loading the scenario.

b)

Select the scenario from the list and press the “Activate” button.

c)

Close and reopen the simulation program to activate the loaded scenario.

d)

Access the “Windows” menu and choose “Activate Scenario” from the dropdown.

e)

Manually input the scenario details into the simulation program.

13.

What menu option allows instructors to access the Trainee Performance Scenarios function for programming scenarios with Trainee Performance Score (TPS) validation?

a)

Tools -> Trainee Performance: Scenarios

b)

File -> Trainee Performance: Scenarios

c)

Windows -> Trainee Performance: Scenarios

d)

Help -> Trainee Performance: Scenarios

e)

View -> Trainee Performance: Scenarios

14.

What action can be performed by selecting a malfunction and pressing the “Activate” button?

a)

Activate the malfunction

b)

Deactivate the malfunction

c)

Modify the malfunction’s severity

d)

Set a time delay for the malfunction

e)

Access additional details about the malfunction

15.

What parameters can be adjusted by pressing the “Details” button for a malfunction?

a)

Severity, Ramp Time, and Activation Time

b)

Severity, Delay Time, and Activation Time

c)

Severity, Ramp Time, and Deactivation Time

d)

Severity, Delay Time, and Deactivation Time

e)

None of the above

16.

Where can the initial conditions (IC) be selected in the simulation program?

a)

Icon located in the Header area

b)

Tools menu

c)

Options menu

d)

View menu

e)

File menu

17.

How can previously saved initial conditions be loaded in the simulation program?

a)

Press the “Save” button

b)

Press the “Load” button

c)

Press the “Change Drive” button

d)

Press the “Default Drive” button

e)

Press the “Confirm” button after selecting the desired IC

18.

How can you navigate from the instrument panel to its details or historical trend display using functional keys?

a)

Press F11 for details and F12 for historical trends.

b)

Press F9 for details and F10 for historical trends.

c)

Press F7 for details and F8 for historical trends.

d)

Press F5 for details and F6 for historical trends.

e)

Press F3 for details and F4 for historical trends.

19.

Which function key should you press to switch to the instrument details display?

a)

F7

b)

F8

c)

F9

d)

F10

20.

What key combination is used to summon the process analysis display, if available?

a)

F3

b)

F7

c)

F9

d)

F10

21.

How do you call the trend display for the selected instrument panel?

a)

F5

b)

F6

c)

F8

d)

F10

22.

How do you summon the graphs display?

a)

F2

b)

F5

c)

F6

d)

F8

23.

How do you access the detailed instrument display?

a)

F4

b)

F6

c)

F8

d)

F9

24.

What is the SP?

a)

Set point

b)

Specific pressure

c)

Several pressure

d)

Space point

25.

Specific heat capacity of water changes with ……

a)

pressure

b)

Temperature

c)

Gravity

d)

Volume

26.

Which of the following best defines a sensor?

a)

a device that controls process parameters

b)

a device that converts signals into process parameters

c)

A device that measures process parameters and converts them into signals

d)

a device that transmits signals to the controller without measuring process parameters

27.

What is a common cause of deviation in sensor values during operation?

a)

Electrical interference from nearby devices

b)

Changes in environmental conditions

c)

Wear or erosion of the sensor device

d)

Incorrect calibration of the sensor

28.

What is a likely consequence of a loss of power to a sensor?

a)

Sensor overheating

b)

Decreased accuracy in measurements

c)

Increased sensitivity to external factors

d)

Improved performance due to reduced electrical interference

29.

Which of the following simulation exercises is correct for the pipeline flow network model in the manual:

a)

Regulation of water flow in the pipeline

b)

Modeling the effect of temperature on fluid flow

c)

Optimization of gas flow in the pipeline network

d)

Analysis of pressure in pipeline system

30.

What is the purpose of the task? "Mass balance" in the section "Fundamental Exercises" manuals?

a)

Temperature balance of the pipeline system.

b)

Changes in pressure in the pipeline system.

c)

Comparison of the mass of incoming and outgoing flows.  

d)

The effect of opening a manual valve on the flow rate.

31.

How will the pressure in the T-junction change when the opening of the manual flow rate valve - F3 increases?

a)

the pressure will decrease

b)

The pressure will increase

c)

the pressure will remain unchanged

d)

Will change depending on other factors.

32.

What happens to the F3 flow rate when the outlet F3 pressure increases?

a)

Will decrease.

b)

Will remain unchanged.  

c)

Will change depending on other factors 

d)

None above

33.

How will the pressure in the T-junction change as the supply pressure of flow-F1 increases?

a)

Will increase.

b)

Will decrease.

c)

Will remain unchanged.

d)

Will change depending on other factors.

34.

The specific heat capacity of water changes with temperature

a)

True

b)

False

35.

How can you navigate from the dashboard to view device details or historical trends?

a)

By pressing F9 for device details and F10 for historical trends.

b)

By clicking on the device name and selecting from the options

c)

By pressing Ctrl + Alt + Del.

d)

By shouting "Show me the details!"

36.

What happens when you hover over a device tag and right-click?

a)

The computer shuts down.

b)

Two options appear: Group-Detail and Historical Trend.

c)

The screen freezes.

d)

Nothing happens.

37.

How can you stop the continuous audible alarm?

a)

By pressing F11.

b)

By unplugging the device.

c)

By clicking on the alarm bell icon.

d)

By calling technical support.

38.

What action is associated with pressing "Inst Detail" in the status bar?

a)

It opens a new browser window.

b)

It displays device details.

c)

It sends an email

d)

It prints a report.

39.

What does selecting "Historical Trend" do?

a)

It shows the device's current status.

b)

It displays a graph of historical data.

c)

It launches a game.

d)

It sends a notification to your phone.

40.

Correct answer: True or False:

Selecting "Silence Alarms" in the status bar disables the audible alarm.  

a)

True

b)

False

41.

Correct answer: True or False:

The Flow value in manual valve control mode is available to the operator but not used by the controller.

a)

True

b)

False

42.

The specific heat capacity of water changes with temperature

a)

True

b)

False

43.

What situation can cause a sensor's readings to deviate as a result of its operation?

a)

Electromagnetic interference

b)

Wear or erosion of the device

c)

Improper installation of the sensor

d)

Fluctuations in ambient temperature

44.

What happens to the flow rate in a pipeline when it is obstructed?

a)

The flow rate increases due to reduced resistance.

b)

The flow rate decreases due to increased resistance.

c)

The flow rate remains unchanged.

d)

The flow rate becomes turbulent.

45.

What are the three main modes of feedback control?

a)

Linear, exponential, and logarithmic

b)

Static, dynamic, and adaptive

c)

Sequential, parallel, and hybrid

d)

Proportional, integral, and differential

46.

In proportional-integral (PI) controllers, what effect does a higher proportional gain (Kp) have?

a)

It decreases the controller's output change for a given error.

b)

It stabilizes the controller.

c)

It increases the controller's output change for a given error.

d)

It slows down the response time of the controller.

47.

The primary function of a sensor is to convert measured process parameters into signals suitable for transmission to a controller

a)

True

b)

False

48.

What could cause a minor discrepancy in calculating the energy balance despite using the average specific heat capacity of water?

a)

Variations in the specific heat capacity of water with temperature.

b)

Changes in the conductivity of water.

c)

Differences in the viscosity of water.

d)

Fluctuations in water density.