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3.10 How Do Engineers Improve Materials?

Total questions: 10

Worksheet time: 5mins

Name
Class
Date
1.

Building a shelter in the woods is an example of

a)

a problem with different solutions.

b)

a constraint that limits some options.

c)

the properties you want to have.

d)

the materials that you will use.

2.

Not having any nails would be an example of a ____ when building a shelter.

a)

criteria

b)

problem

c)

constraint

d)

material

3.

Which of the following best defines criteria?

a)

the properties that you want

b)

the problem you need to solve

c)

the material that you have

d)

the limit to certain things

4.

When engineers begin designing a tool, they first must

a)

identify the constraints.

b)

define the problem.

c)

choose the best material.

d)

identify the criteria.

5.

Which of the following is an example of a constraint when designing a tool?

a)

the material doesn’t rust

b)

the material is easy to clean

c)

the material is expensive

d)

all of these

6.

________ can help narrow down the choice of materials for a specific job.

a)

Both criteria and constraints

b)

Criteria but not constraints

c)

Not criteria but constraints

d)

Neither criteria or constraints

7.

Engineer invent completely new materials by

a)

mixing known materials.

b)

making materials lighter.

c)

rearranging particles.

d)

identify certain properties.

8.

Which of the following was created by rearranging particles to create a new material?

a)

Aluminum Foil

b)

Carbon Fiber

c)

Stainless Steel

d)

all of these

9.

An engineer has to test different ways of making a new material because sometimes a material

a)

is expensive to make.

b)

is difficult to make.

c)

has unwanted properties.

d)

all of these

10.

Carbon fiber is a good material for bikes because it is strong and_____.

a)

lightweight

b)

not expensive

c)

easy to clean

d)

does not rust