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Worksheets

IED Unit 2 Quizizz

Total questions: 52

Worksheet time: 3hrs 1mins

Name
Class
Date
1.

What type of tolerance allows equal variation, both larger and smaller, than the specified dimension?

a)

Limit dimensions

b)

Unilateral

c)

Bilateral

d)

General

2.

What type of tolerance states both the upper limit and lower limit, without needing to calculate them?

a)

Limit dimensions

b)

Bilateral

c)

Unilateral

d)

General

3.

What type of tolerance is shown here? 2.50 ±0.022.50\ \pm0.02  

a)

Limit dimensions

b)

Bilateral

c)

Unilateral

d)

General

4.

What type of tolerance is circled in this drawing?

a)

Limit dimensions

b)

Bilateral

c)

Unilateral

d)

General

5.

What type of tolerance is circled in this image?

a)

Limit dimensions

b)

Bilateral

c)

Unilateral

d)

General

6.

What is upper limit for this tolerance? 0.250±0.010.250\pm0.01  

a)

0.250

b)

0.240

c)

0.260

d)

0.02

7.

When a hole is always smaller than the part being placed inside of it, what type of fit is this?

a)

Clearance

b)

Interference

c)

Transition

d)

Tension

8.

The diameter of a hole is 0.50 ± 0.02. The pin that is inserted into the hole has diameter 0.53 ± 0.02. What is the allowance?

a)

0.01

b)

0.02

c)

0.03

d)

0.07

9.

The shaft is smaller than the hole, this is called:

a)

Transition Fit

b)

Clearance Fit

c)

Interference Fit

d)

Loose Fit

10.

Why might someone choose to use cyanoacrylate glue (super glue)?

a)

it dries so quickly

b)

its unbelievable strength

c)

it dries to a nice color

d)

it can be stained

11.

What is this fixing?

a)

nail

b)

bolt

c)

rivet

d)

screw

12.

What is this fixing?

a)

nail

b)

bolt

c)

rivet

d)

screw

13.

What is this fixing?

a)

nail

b)

bolt

c)

rivet

d)

screw

14.

What glue is usually used to adher wood to wood?

a)

super glue

b)

contact adhesive

c)

PVA (white glue)

d)

two part epoxy resin glue

15.

FASTENERS ARE ?

a)

DEVICES THAT HOLD PARTS TOGETHER

b)

A CHEMICAL THAT PREVENTS BOLTS FROM LOOSENING

c)

A UNIT FOR SEALING FLUIDS IN OR OUT OF AN ENGINE

16.

Which type of adhesive must be heated to a liquid form before being applied to materials?

a)

super glue

b)

wood glue

c)

epoxy

d)

hot melt glue

17.

Name this joint

a)

Finger

b)

Dado

c)

Lap

d)

Mortise and Tenon

e)

Miter

18.

Name this joint

a)

Finger

b)

Dado

c)

Lap

d)

Mortise and Tenon

e)

Miter

19.

Why is joinery important for projects and construction?

a)

To give the project flair.

b)

Hold project together and make it sturdier

c)

To make the project harder to build

20.

Component moves along a single axis.

a)

Ball

b)

Revolute

c)

Cylindrical

d)

Slider

21.

Component rotates around Joint Origin.

a)

Ball

b)

Revolute

c)

Cylindrical

d)

Planar

22.

Which type of joints shown in the picture?

a)

Ball joint

b)

Pin-slot joint

c)

Cylindrical joint

d)

Revolute joint

23.
A group of machined or handmade parts that fit together to form a
self-contained unit.
a)
Assembly
b)
Subassembly
c)
Working Drawings
d)
Component
24.
The variables by which an object can move. In assemblies, an object floating free in space with no constraints to another object can be moved along three axes of translation and around three axes of rotation.
a)
Degree of Freedom
b)
Cartesian Coordinate System
c)
Extrusion
d)
Model
25.
Identify the Symbol.
a)
Radius
b)
Diameter
c)
Depth
d)
Circles
26.
During this step of the Design Process, each team member creates several different options of how this problem can be solved.
a)
Step 5: Evaluate Solution
b)
Step 6: Present Solution
c)
Step 2: Generate Concepts
d)
Step 1: Define a Problem
27.
During this step of the Design Process, engineers draw a detailed and labeled sketch of an idea for what might be created to solve the problem. 
a)
Step 3: Develop/Design a Solution
b)
Step 1: Define a Problem
c)
Step 5: Evaluate Solution
d)
Step 4: Build and Test Solution
28.
During this step of the Design Process, engineers build a working prototype and test how it works.
a)
Step 4: Build and Test Solution
b)
Step 3: Develop/Design a Solution
c)
Step 6: Present Solution
d)
Step 5: Evaluate Solution
29.
During this step of the Design Process, engineers gather all project documentation and share it with the customer.
a)
Step 6: Present Solution 
b)
Step 5: Evaluate Solution 
c)
Step 4: Build and Test Solution 
d)
Step 2: Generate Concepts 
30.
During this step of the Design Process, engineers identify what is the question or problem that you and your classmates are trying to solve?
a)
Step 6: Present Solution
b)
Step 2: Generate Concepts
c)
Step 1: Define a Problem
d)
Step 3: Develop/Design a Solution
31.

Revolute mate. Select all that apply

a)

0 degrees of freedom

b)

It has one degree of freedom (translation)

c)

It has one degree of freedom (rotation)

d)

It has both translational and rotational degrees of freedom

32.

Slider mate. Unlike the cylindrical mate, it can't rotate. How many degrees of freedom?

a)

0

b)

1

c)

2

d)

3

33.

Pin-slot mate. How many degrees of freedom?

a)

0

b)

1 (revolution only)

c)

2 (revolution and translation)

d)

2 (revolution around more than one axis)

34.
A line that is thin and used to show the beginning of the sketch is which?
a)
Object Line
b)
Hidden Line
c)
Construction Line
d)
Center Line
35.
Special importance, value, or prominence given to something.
a)
Emphasis
b)
Value
c)
Contrast
d)
Pattern
36.
Symmetry about a central axis.
a)
Asymmetry
b)
Radial Symmetry
c)
Balance
d)
Proportion
37.

What type of drawing/view best describes the image?

a)

Multiview

b)

Orthographic

c)

Exploded

d)

Assembly

38.
What are the part indicators called on this image?
a)
Nodes
b)
Balloons
c)
Bubbles
d)
Encircled Labels
39.

If you wanted to design a room that would give a peaceful, relaxing mood, what color would you choose?

a)
b)
c)
d)
40.

What type of balance is shown in the image?

a)

Symmetric

b)

Asymmetric

c)

Radial

d)

Gradated

41.
The ability of a material to conduct heat or electrical energy
a)
conductivity
b)
ductility
c)
malleability
d)
fusibility
42.

A raincoat needs to be what kind of property?

a)

Strength

b)

Stretchiness

c)

Absorbency

d)

No absorbency

43.

What kind of materials would you use to build a bridge?

a)

Stretchy materials

b)

Absorbent materials

c)

Strong materials

d)

none of the above

44.

The casing around copper wires is made from which type of materials?

a)

insulators

b)

conductors

c)

thick

d)

thin

45.

This test determines the amount of energy absorbed by a material during fracture

a)

Tensile test

b)

Harness test

c)

Impact test

46.

Which property of a material describes its ability to deform under stress before returning to its original shape?

a)

Elasticity

b)

Plasticity

c)

Hardness

d)

Flexibility

47.

Which of the following is not a material property?

a)

density

b)

stiffness

c)

volume

d)

elasticity

48.

What property measures whether a material is attracted or repelled by a magnet?

a)

Electrical conductivity

b)

Thermal conductivity

c)

Magnetic properties

d)

Reflectivity

49.

What property defines a material's response to externally applied heat?

a)

Electrical conductivity

b)

Elasticity

c)

Thermal conductivity

d)

Reflectivity

50.

How can thermal conductivity of a material be assessed?

a)

By tapping or striking it

b)

By scratching its surface

c)

By assessing its change in temperature

d)

By flexing it

51.

Why is it important for engineers to understand a material's properties?

a)

To make the product heavier

b)

To increase the cost of manufacturing

c)

Because performance is linked to a material's properties

d)

To make the product more complex

52.

Why is density used to identify a material?

a)

Because density alone is sufficient to conclusively identify a material

b)

Because density is the only property that can be easily measured

c)

Because density is a unique property that remains constant regardless of the amount of material present

d)

Because density is directly related to a material's color and appearance