Question 1

In general, the viscosity of liquids increases with increasing temperature.

Accepted Answer

A) True 
 B)False

Question 2

Unlike many other vector quantities, which are defined by their magnitude and direction, force is also defined by its

Accepted Answer

A) color 
B) duration 
C) length 
D) point of application 
A) color 
B) duration 
C) length 
D) point of application

Question 3

A force that will accelerate 1 kilogram of mass at a rate of $1 \mathrm {~m} / \mathrm { s } ^ { 2 }$ is known as a
a. kilonewton
b. newton
c. ton
d. metric ton

Accepted Answer

The answer of A force that will accelerate 1 kilogram...

Question 4

Identify the force that propels a rocket through the vacuum of outer space: the rocket pushing on air.

Accepted Answer

A) the rocket pushing on air 
B) air pushing on the rocket 
C) the rocket pushing on a distant planet 
D) expanding gases pushing on the rocket 
A) the rocket pushing on air 
B) air pushing on the rocket 
C) the rocket pushing on a distant planet 
D) expanding gases pushing on the rocket

Question 5

The acceleration of an object is directly proportional to the force that is causing the acceleration.This is a basic description of a. Newton's $1 ^ { \text {st } }$ Law
b. Newton's $2 ^ { \text {nd } }$ Law
c. Newton's $3 ^ { \text {rd } }$ Law
d. Newton's $4 ^ { \text {th } }$ Law

Accepted Answer

The answer of The acceleration of an object is directly...

Question 6

A car is driving down the road going 90 kmph when it collides head-on with a mosquito that is flying 5 kmph in the opposite direction.Which of the following statements is true as a result
Of the collision:

Accepted Answer

A) The car experiences the greater impact force. 
B) The mosquito experiences the greater impact force. 
C) The car experiences the greater acceleration. 
D) The mosquito experiences the greater acceleration. 
A) The car experiences the greater impact force. 
B) The mosquito experiences the greater impact force. 
C) The car experiences the greater acceleration. 
D) The mosquito experiences the greater acceleration.

Question 7

The physical quantity of force has

Accepted Answer

A) magnitude only. 
B) direction only 
C) both magnitude and direction 
D) neither magnitude nor direction 
A) magnitude only. 
B) direction only 
C) both magnitude and direction 
D) neither magnitude nor direction

Question 8

A force that will accelerate 1000 kg of mass at a rate of 9 kmph/s is equal to

Accepted Answer

A) 2500 N 
B) 250 kN 
C) 1 ton 
D) 1 metric ton 
A) 2500 N 
B) 250 kN 
C) 1 ton 
D) 1 metric ton

Question 9

The value of the spring constant depends on

Accepted Answer

A) the type of material used to make the spring. 
B) the shape and winding of the spring. 
C) All of the above 
D) None of the above, that's why it's called a "constant." 
A) the type of material used to make the spring. 
B) the shape and winding of the spring. 
C) All of the above 
D) None of the above, that's why it's called a "constant."

Question 10

A "teeter-totter" (or "see-saw" if you prefer) has a 200 N child sitting at one end, 3 m from the center pivot point (fulcrum).How far from the center point should a 500 N adult sit in order
To balance the teeter-totter? a. $1 \mathrm {~m}$
b. $1.2 \mathrm {~m}$
c. $3 \mathrm {~m}$
d. $5 \mathrm {~m}$

Accepted Answer

The answer of A "teeter-totter" (or "see-saw" if you prefer)...

Question 11

Which of the following statements best describes what weight is?

Accepted Answer

A) Weight is the amount of mass something has. 
B) Weight is resistance to acceleration. 
C) Weight is a force due to gravity acting on a mass. 
D) Weight describes how massive something is. 
A) Weight is the amount of mass something has. 
B) Weight is resistance to acceleration. 
C) Weight is a force due to gravity acting on a mass. 
D) Weight describes how massive something is.

Question 12

What does W stand for in the following equation? $$W = m g$$

Accepted Answer

A) Weight 
B) Work 
C) Watts 
D) none of the above 
A) Weight 
B) Work 
C) Watts 
D) none of the above

In general, the viscosity of liquids increases with increasing temperature.

Unlike many other vector quantities, which are defined by their magnitude and direction, force is also defined by its

A force that will accelerate 1 kilogram of mass at a rate of $1 \mathrm {~m} / \mathrm { s } ^ { 2 }$ is known as a a. kilonewton b. newton c. ton d. metric ton

Identify the force that propels a rocket through the vacuum of outer space: the rocket pushing on air.

The acceleration of an object is directly proportional to the force that is causing the acceleration.This is a basic description of a. Newton's $1 ^ { \text {st } }$ Law b. Newton's $2 ^ { \text {nd } }$ Law c. Newton's $3 ^ { \text {rd } }$ Law d. Newton's $4 ^ { \text {th } }$ Law

A car is driving down the road going 90 kmph when it collides head-on with a mosquito that is flying 5 kmph in the opposite direction.Which of the following statements is true as a result Of the collision:

The physical quantity of force has

A force that will accelerate 1000 kg of mass at a rate of 9 kmph/s is equal to

The value of the spring constant depends on

Which of the following statements best describes what weight is?

What does W stand for in the following equation? $W = m g$

Introduction to the Engineering Profession

Preparing for an Engineering Career

Introduction to Engineering Design

Engineering Communication

Engineering Ethics

Fundamental Dimensions and Units

Length and Length-Related Parameters

Time and Time-Related Parameters

Mass and Mass-Related Parameters

Temperature and Temperature-Related Parameters Temperature As a Fundamental Dimension

Electric Current and Related Parameters

Energy and Power

Electronic Spreadsheets

Matlab

Engineering Drawings and Symbols

Engineering Materials

Mathematics in Engineering

Probability and Statistics in Engineering

Engineering Economics

Filters

Exam 10: Force and Force-Related Parameters

In general, the viscosity of liquids increases with increasing temperature.

Unlike many other vector quantities, which are defined by their magnitude and direction, force is also defined by its

A force that will accelerate 1 kilogram of mass at a rate of 1 m/s21 \mathrm {~m} / \mathrm { s } ^ { 2 }1 m/s2 is known as a a. kilonewton b. newton c. ton d. metric ton

Identify the force that propels a rocket through the vacuum of outer space: the rocket pushing on air.

A car is driving down the road going 90 kmph when it collides head-on with a mosquito that is flying 5 kmph in the opposite direction.Which of the following statements is true as a result Of the collision:

The physical quantity of force has

A force that will accelerate 1000 kg of mass at a rate of 9 kmph/s is equal to

The value of the spring constant depends on

Which of the following statements best describes what weight is?

What does W stand for in the following equation? W=mgW = m gW=mg

Introduction to the Engineering Profession

Preparing for an Engineering Career

Introduction to Engineering Design

Engineering Communication

Engineering Ethics

Fundamental Dimensions and Units

Length and Length-Related Parameters

Time and Time-Related Parameters

Mass and Mass-Related Parameters

Temperature and Temperature-Related Parameters Temperature As a Fundamental Dimension

Electric Current and Related Parameters

Energy and Power

Electronic Spreadsheets

Matlab

Engineering Drawings and Symbols

Engineering Materials

Mathematics in Engineering

Probability and Statistics in Engineering

Engineering Economics

Filters

A force that will accelerate 1 kilogram of mass at a rate of $1 \mathrm {~m} / \mathrm { s } ^ { 2 }$ is known as a a. kilonewton b. newton c. ton d. metric ton

What does W stand for in the following equation? $W = m g$