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PLTW - Section 1 Practice Test

Total questions: 25

Worksheet time: 13mins

Name
Class
Date
1.

         1.  During the Instant Design Challenge, your team used the Design Process to create a paper airplane.

Identify the step of the Design Process that matches the following task—The team had to take design considerations into account, such as how far the plane should fly and where it should land.

a)

Define a Problem

b)

Generate Concepts

c)

Design a Solution

d)

Build and Test

e)

Evaluate Solution

2.

As they create new airplane designs, aerospace engineers document their work.

Why is such documentation important? Select all that apply.

a)

To provide future historians artifacts to exhibit in museums.

b)

To know what worked and continue improving those designs.

c)

To avoid making the same mistakes again.

d)

To provide managers records for evaluating the progress of their workers.

3.

Pet Widgets, Inc. has designed a new dog harness as an accessibility tool for people with visual impairments to work with guide dogs. Research among guide dog owners shows that they require a harness that:

Is a bright color

Has a sturdy walking handle

Has a sign that informs others that the animal is a service dog. 

Guide dog owners also prefer that the harness be comfortable for their animals and have a small pouch for holding items, such as keys and cell phones.

Which of the following designs best meets the design requirements?

a)

Design A

b)

Design B

c)

Design C

d)

Design D

4.

When forming a team to solve a design challenge, why is it important to establish team norms before starting to work? Select all that apply.

a)

To encourage productivity of the team

b)

To decide who should do most of the work due to prior experience

c)

To define how the team will function

d)

To ensure that all team members are treated with respect and have a voice

5.

Match the camber with to corresponding description.

a)

Symmetrical Camber

b)

Low Camber

c)

High Camber

6.

Describe what happens to an airplane in flight when drag is greater than thrust.

a)

Plane rises

b)

Plane descends

c)

Plane accelerates

d)

Plane slows

7.

Which of Newton’s Laws of Motion explains what is happening in this statement—An airplane accelerates because of the force of thrust.  

a)

Newton’s First Law

b)

Newton’s Second Law

c)

Newton’s Third Law

8.

Which of Newton’s Laws of Motion explains what is happening in this statement—An airplane was at rest on the runway, waiting in line for the planes ahead of it to take off. The pilot turns on the jet engines and the plane begins moving forward on the runway. The plane changed from a state of rest to being in motion as a result of the force of thrust.

a)

Newton’s First Law

b)

Newton’s Second Law

c)

Newton’s Third Law

9.

A military cargo plane is loaded with the maximum weight allowable for the flight. The cargo is heavier than what the pilot usually carries, so the pilot adjusts as follows:  

a)

The pilot flies slower to create less thrust and less lift

b)

The pilot flies slower to create more thrust and more lift

c)

The pilot flies faster to create less thrust and less lift

d)

The pilot flies faster to create more thrust and more lift

10.

Name the motion illustrated by the aircraft image.

a)

Pitch

b)

Yaw

c)

Roll

d)

Bend

11.

Name the motion illustrated by the aircraft image.

a)

Pitch

b)

Yaw

c)

Roll

d)

Bend

12.

Which action creates a difference in the lift on each wing, causing the plane to roll?

a)

Moving the rudder left or right

b)

Raising or lowering the elevators

c)

Decreasing engine thrust

d)

Raising one aileron and lowering the other aileron

13.

When is a pilot likely to lower the elevators on an airplane?

a)

When ascending to a higher altitude

b)

When descending to a lower altitude

c)

When taking off

d)

After takeoff, when climbing and turning

14.

Examine the data in the chart. The flight distance from Reno, Nevada to Bozeman, Montana is 534 NM.

Which planes have sufficient range to fly between the two cities without refueling?

a)

None of the planes

b)

The Eclipse plane

c)

Eclipse, Pilatus, and King Air planes

d)

All four planes

15.

The F-22 Raptor flies at 1301 kts.  

How long would it take to fly from San Diego to Seattle, a distance of 1091 NM?

Use the formula:  Time (hours) = Distance (NM) / Speed (kts)

a)

Over 1 hour

b)

Under 20 minutes

c)

Under 30 minutes

d)

Between 45 minutes and 1 hour

16.

A dispatcher is planning visual indicators and checkpoints for a 200-nautical-mile flight from El Paso, Texas to Albuquerque, New Mexico. A Google satellite terrain map will be used to select the checkpoints.

Use the Google satellite terrain map below to determine visual checkpoints that would be useful for the pilot:

a)

The bodies of water near Truth or Consequences

b)

US25

c)

Gila National Forest

17.

What time does the flight from Las Vegas (LAS) to Phoenix (PHX) take off?

a)

08:45

b)

10:55

c)

10:00

d)

12:00

18.

         1.  Refer to the charts below to answer the questions that follow about crew scheduling:  

Who will be the Captain of this flight?

a)

M. Lewis

b)

G. Gonzalez

c)

S. Hill

d)

None of these choices will work for captain.

19.

Who will be the Captain of this flight? Who will be the first officer for this flight?

a)

H. Sanchez

b)

T. Morris

c)

J. Reed

d)

None of these choices will work for first officer.

20.

Who will be the flight attendants for this flight? (Choose two)

a)

C. Ross

b)

P. Henderson

c)

L. Jenkins

d)

D. Ford

21.

Match the airfoil to the correct description.

a)

High Camber

b)

Low Camber

c)

Symmetrical

22.

Match the air foil to the accurate description.

a)

High Camber

b)

Low Camber

c)

Symmetrical

23.

Low Camber airfoils have__________?

a)

Low Lift & High Drag

b)

High Lift & Low Drag

c)

Low Lift and Low Drag

24.

High Camber air foils have___________?

a)

Low lift & Low Drag

b)

High Lift & High Drag

c)

High Lift & Low Drag

d)

Low Lift & High Drag

25.

Symmetrical air foils have _________________.

a)

High Stability

b)

Low Stability

c)

High Lift

d)

High Drag