Which of the following is the best description of what the VR Robot will do based on this project?

The VR Robot will drive forward 1000 millimeters (mm) at maximum velocity. It will turn right 180 degrees and drive forward 1000 millimeters (mm).

The VR Robot will drive forward 1000 millimeters (mm) at maximum velocity. It will turn right 90 degrees, set velocity back to the default, and drive forward 1000 millimeters (mm).

The VR Robot will drive forward 1000 millimeters (mm) at maximum velocity. It will turn right 180 degrees, set velocity back to the default, and drive forward 1000 millimeters (mm).

The VR Robot will drive forward 1000 millimeters (mm) at maximum velocity. It will turn left 180 degrees, set velocity back to the default, and drive forward 1000 millimeters (mm).

Where on the VR Robot does the Location Sensor read (X,Y) coordinates from?

The front-center of the VR Robot.

The right side of the VR Robot.

Which of the following is NOT a common use of the Location Sensor?

To detect the color of an object near the sensor.

To navigate the (X,Y) coordinates of any Playground.

To move the VR Robot to a known location.

To determine the current angle of the VR Robot.

How does the X coordinate value change as the VR Robot moves forward in this project on the Numbered Grid Map Playground?

It increases as the VR Robot drives forward.

It decreases as the VR Robot drives forward.

It remains -800 millimeters (mm) as the VR Robot drives forward.

It remains -100 millimeters (mm) as the VR Robot drives forward.

This project is intended to drive to number '6' on the Number Grid Map Playground but does not work. Number '6' has the coordinates X: 50 and Y: -900. What is the error?

The block should be set to -900 not 50.

This project should use a block instead of a block and be set to -900.

The block should be set to -900 not 50.

This project should use a block instead of a block and keep the same parameters.

What are the approximate coordinates for the number '13' on the Number Grid Map Playground?

X: -500 millimeters (mm) Y: -700 millimeters (mm)

X: 500 millimeters (mm) Y: 700 millimeters (mm)

X: 700 millimeters (mm) Y: -300 millimeters (mm)

X: -900 millimeters (mm) Y: -900 millimeters (mm)

What is the correct sequence of commands to code the VR Robot to drive from the number '1' to number '7'?

Turn right for 90 degrees, Drive forward, Wait until the Y position is greater than 300 millimeters (mm), Stop driving.

Turn right for 90 degrees, Drive forward, Wait until the X position is greater than 300 millimeters (mm), Stop driving.

Turn right for 90 degrees, Drive forward, Wait until the X position is greater than -300 millimeters (mm), Stop driving.

This project is intended to drive to number '61' on the Number Grid Map Playground but does not work. Number '61' has the coordinates X: -900 and Y: 300. What is the error?

This project should use a block instead of a block and be set to -900.

This project should use a block instead of a block and keep the same parameters.

The block should be set to -300.

The block should be set to -900 instead of 300.

What are the approximate coordinates for the number "56" on the Number Grid Map Playground?

X: 100 millimeters (mm) Y: 100 millimeters (mm)

X: 100 millimeters (mm) Y: -100 millimeters (mm)

X: -100 millimeters (mm) Y: 100 millimeters (mm)

X: -100 millimeters (mm) Y: -100 millimeters (mm)

What does using comments in a project allow users to do?

Describe parts of their project for other users.

How can I add comments to a project?

Right click or long press in the Workspace to launch the Context Menu. Then select "Add Comment".

Right click or long press on a block to launch the Context Menu. Then select "Add Comment".

Select "File" and "Add Comment".

Drag the [Comment] block from the Tool Box into the Workspace and attach it to any block in a stack.

Which of the following would be the best comment to describe this project?

Drive the VR Robot in a triangle.

Drive the VR Robot in a square.

This project was used to drive the VR Robot to number "4" on the Number Grid Map, but it does not work correctly. What is the error?

[Wait until position X in millimeters (mm)] should be LESS than -300, not GREATER than.

The VR Robot should turn left first.

The [Turn for] block should be the first block in the project, not the last.

The [Drive] block is not needed.

What do waiting blocks do in a VEXcode VR project?

Pause the stack until that block's behavior has been completed.

Allow the stack to continue even if the block's behavior is not yet complete.

Which of the following describes the [Wait until] block?

It will move to the next block while checking a Boolean condition.

It will execute the next block after waiting 1 second.

What will the block inside the [Wait until] block report in this example?

TRUE (bumper pressed) or FALSE (bumper released).

Yes (bumper released) or No (bumper pressed).

Drive forward (bumper pressed) or Drive in Reverse (bumper released).

Turn right (bumper pressed) or Turn Left (bumper released).

Which of the following best describes how to create a project where the VR Robot drives forward until the Bumper Sensor is pressed?

Select the [Drive] block, then place the [Wait until] block underneath. Place the Boolean reporter block inside the hexagon in the [Wait until] block.

Select the [Drive] block, then place the [Turn for] and blocks underneath.

Place the [Repeat until] block with the Boolean after the [Drive] block.

Place the [Drive for] block under the [When started] block. Add the and the [Set drive heading] blocks.

What do non-waiting blocks do in a VEXcode VR project?

They allow the stack to continue even if the block's behavior is not yet complete.

They repeat a behavior forever.

They skip the next block in the stack.

They should only be used in an emergency.

Which statement is TRUE for waiting blocks?

They allow the rest of the stack to continue even if that block's behavior has not been completed.

They pause the stack until that block's behavior has been completed.

They wait for the user to select the "Step" button.

They wait until the VR Robot has enough power to complete the task.

How often will the [Wait until] block check a Boolean condition?

It will check repeatedly until the Boolean reports FALSE.

It will check repeatedly until the Boolean reports TRUE.

It will check once every minute until the project is complete.

How is the block used in this project?

It causes the VR Robot to move forward for 200 millimeters (mm).

It checks the condition of the Bumper Sensor. When TRUE, the VR Robot will turn right 180 degrees.

It instructs the VR Robot to turn to 90 degrees.

It pauses the project indefinitely.

How is the [Wait until] block used with the block?

The Boolean is placed in the hexagonal shape inside the [Wait until] block.

The block is placed before the [Wait until] block.

The [Wait until] block is placed before the block.

Both blocks are placed side-by-side at the beginning of a project.

How do you change a [Drive for] block from waiting to non-waiting?

Select the arrow to expand "and don't wait".

Place them in a Non Waiting "C" block.

These blocks are always non-waiting blocks.

Add a hexagonal Boolean inside the [Wait until] block.

What is the order in which behaviors will be executed in this project?

Drive Forward until Left Bumper is pressed, Turn right for 90 degrees, Drive Forward until Left Bumper is pressed, Turn Left for 90 degrees, Drive Forward.

Drive Forward; Turn Right for 90 degrees; Drive Forward when Left Bumper is pressed; Turn Left for 90 degrees; Drive Forward when Left Bumper is Pressed.

Drive Forward until Right Bumper is pressed, Turn Left for 90 degrees, Drive Forward, Turn Left for 90 degrees, Drive Forward.

Drive Forward, Turn Right for 90 degrees, Drive Forward until Left Bumper is pressed, Turn Left for 90 degrees, Drive Forward until Left Bumper is Pressed.

What does the conditional evaluate in the [Wait until] block?

Has the Distance Sensor found an object in front of the VR Robot.

Is the Color sensor close to an object.

Which is NOT a reason to use a condition in a VEXcode VR project?

To create the best way for the VR Robot to run properly in a specific playground.

To utilize sensors in a project.

To control the flow of a project.

To instruct the VR Robot to perform different behaviors depending on the conditional values that are reported.

Where is the "Step" function located on the VEX VR interface?

In the toolbar between the "Start" and "Stop" buttons.

Computer Science Level 1 - Blocks with VEXcode VR Course

11th Grade

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53 Qs

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Practice Problem

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Hard

Bradbury Franklin

FREE Resource

53 questions

Show all answers

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

True or False: A user can change the behavior of a robot by changing the commands.

True

False

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

Which of the following blocks is used to repeat the blocks inside of it for a set number of times?

[Forever] block

[Repeat] block

[Wait until] block

[Break] block

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

True or False: The [Repeat] block can accept decimals as parameters.

True

False

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

True or False: Conditions, like the number of times repeated, are used to end a [Repeat] block.

True

False

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

Which of the following describes why a [Repeat] block would be used in a project?

To repeat certain blocks forever.

To save space and time for blocks that repeat more than once in a project.

To only run a stack of blocks one time.

To run an attached stack of blocks when the project is started.

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

Describe how the VR Robot will move in this project.

The VR Robot will set the pen down, then drive forward for 200 mm and turn right for 90 degrees; and repeat this 4 times in order to draw a square.

The VR Robot will set the pen down and draw a straight line for 200 millimeters (mm) and then turn right for 90 degrees.

The VR Robot will set the pen up and down four times before driving forward and then turning right 90 degrees.

The VR Robot will set the pen down and drive forward one time for 200 millimeters (mm) before turning 90 degrees four times.

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

Which of the following blocks is used to repeat the blocks inside of it for a set number of times?

[Forever] block

[Repeat] block

[Wait until] block

[Break] block

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