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AR 1.7 It Is Universal

Total questions: 19

Worksheet time: 10mins

Name
Class
Date
1.

Why are labels or descriptions important in a concept sketch?

a)

They help explain the details of the design solution.

b)

They make the sketch look more artistic.

c)

They take away from the overall appearance of the sketch.

d)

They are unnecessary if the picture is clear.

2.

How does concept sketching benefit communication?

a)

It replaces verbal communication entirely.

b)

It helps convey complex ideas more simply.

c)

It allows for more precise measurements.

d)

It focuses only on aesthetic (attractive) appeal.

3.

What is the key advantage of using a universal joint in surgical tools for minimally invasive surgeries?

a)

It makes the tool rotate faster

b)

It keeps the surgical tool in a fixed position

c)

It transfers motion to hard-to-reach areas

d)

It reduces the range of motion of the tool during surgery

4.

How does a universal joint enhance a surgeon's ability to perform minimally invasive surgery?

a)

By preventing the tool from moving freely

b)

By making the tool more rigid for precise cuts

c)

By reducing the range of motion for better control

d)

By allowing the tool to move at different angles

5.

Why might a surgeon use a universal joint in a minimally invasive surgical tool?

a)

To transmit movement precisely to hard-to-reach areas

b)

To keep the surgical tool completely rigid during surgery

c)

To slow down the movements of the surgeon’s hands

d)

To rotate the tool only in a straight line during surgery

6.


How does a universal joint in a vehicle's driveshaft benefit its movement over uneven terrain?

a)

It locks the driveshaft in a fixed position

b)

It lets the driveshaft move with the suspension while turning

c)

It ensures the vehicle moves only in a straight line

d)

It reduces the vehicle’s overall speed

7.

What would happen if a vehicle's driveshaft didn’t have a universal joint while driving over uneven road surfaces?

a)

The vehicle would increase in speed

b)

The driveshaft would break

c)

Power to the wheels would be lost

d)

The vehicle's suspension would stop working

8.


Why are universal joints used in the driveshaft of a vehicle?

a)

To keep the vehicle’s suspension rigid and immovable

b)

To prevent the wheels from rotating when driving over uneven surfaces

c)

To reduce the speed of the vehicle’s wheels on uneven roads

d)

To send power to the wheels while the driveshaft moves

9.


Why is it important to handle the universal joint with care during testing?

a)

It has delicate parts that can loosen easily

b)

It is designed to break after repeated use

c)

It cannot handle any rotational force

d)

It only works if the shafts are kept at 0° angle

10.

Which of the following best describes the mindset of “failing forward” in engineering and design?

a)

Focusing on what went wrong and avoiding future risks

b)

Learning from failure to make things better

c)

Redesigning everything after each failure

d)

Only working with designs that have never failed

11.


In what way does the universal joint benefit the movement of the rotating shafts?

a)

It prevents the shafts from moving at all

b)

It allows the shafts to rotate at higher speeds

c)

It enables the shafts to rotate at angles

d)

It forces the shafts to stay in a fixed, straight-line position

12.

What is a key characteristic of a universal joint?

a)

It only allows motion in a straight line

b)

It limits the rotation of shafts to small angles

c)

It restricts movement between connected shafts

d)

It lets shafts connect at different angles

13.

What does the term "failing forward" mean in the context of the design process?

a)

Using failure to learn and improve designs

b)

Failing to correct mistakes during the design process

c)

Focusing on success without considering any failures

d)

Avoiding failure at all costs to ensure success

14.

What is the primary function of a universal joint?

a)

To connect two rotating shafts in a straight line

b)

To limit the movement of rotating shafts to a fixed position

c)

To transfer motion and force between angled shafts

d)

To increase the rotational speed of the shafts

15.

What should a concept sketch include in addition to drawings?

a)

Precise scale and measurements

b)

Final product specifications

c)

3D renderings

d)

Labels or descriptions

16.

Which of the following is true about a good concept sketch?

a)

It just needs to clearly show the design ideas

b)

It must be a detailed and highly polished drawing

c)

It should include precise measurements and scale

d)

It is unnecessary to include any written descriptions

17.

What is the primary purpose of a concept sketch?

a)

To provide a finalized version of the product

b)

To plan and communicate a design idea

c)

To replace technical drawings during construction

d)

To showcase artistic skills

18.

What is a key characteristic of a concept sketch?

a)

It must be highly detailed and accurate

b)

It should only include the drawing, not any labels

c)

It is a freehand drawing that includes labels or descriptions

d)

It should always be created using a ruler and compass

19.

Why do designers and engineers create concept sketches?

a)

To present final, detailed blueprints

b)

To create a work of art to showcase to clients

c)

To avoid labeling or describing their designs

d)

To plan and share their design ideas