Name:     ID: 
 
Email: 

Assessment-Mass and Weight

Multiple Choice
Identify the choice that best completes the statement or answers the question.
 

 1. 

SPI 0807.12.4 (Mass and Weight)
Space Shuttle Program: 1972-2011

mc001-1.jpgDiagram 01
mc001-2.jpg

mc001-3.jpg
Diagram 02: Orbiter


mc001-4.jpg

Diagram 03

The space shuttle consisted of three main components: (1) A winged orbiter, (2) A large external fuel tank, and (3) two booster rockets (see diagrams 1 and 2 above.)

After the shuttle blasted off, the external tank and the two booster rockets were jettisoned. This significantly reduced the mass of the spacecraft. 
As the mass decreased, what happened to shuttle’s weight?
a.
As the mass of the spacecraft increased, the space shuttle weighed more.
b.
As the mass of the spacecraft decreased, the space shuttle weighed less.
c.
As the mass decreased, the shuttle weighed more due to an increase in gravity.
d.
The shuttle’s weight remained constant regardless of the mass of the spacecraft.
 

 2. 

SPI 0807.12.4 (Mass and Weight)
Which property of an object will be different on the moon than it is on Earth?
a.
weight
c.
mass
b.
chemical structure
d.
pH level
 

 3. 

SPI 0807.12.4 (Mass and Weight)
Which process is most suitable for the direct measurement of mass?
a.
using a balance and expressing the results in kilograms
b.
using a barometer and expressing the results in pounds per square inch
c.
using an electronic scale and expressing the results in newtons per meter
d.
using a spring scale and expressing the results in ounces
 

 4. 

SPI 0807.12.4 (Mass and Weight)
mc004-1.jpg

Look at the Venn diagram shown above.
Which section of this Venn diagram would go with the following statement?
Statement:  “Changes from planet to planet.”
a.
Section 2: Weight
c.
Section 4: Mass
b.
Section 1: Properties of Matter
d.
Section 3: Both Mass and Weight
 

 5. 

SPI 0807.12.4 (Mass and Weight)
Which statement correctly describes the measurement of an object in units of grams and newtons?
a.
Both grams and newtons are measures of the amounts of matter that make up an object.
b.
Grams are a measure of the amount of matter that make up an object, and newtons are a measure of the force of gravity acting on an object.
c.
Both grams and newtons are measures of the forces of gravity acting on an object.
d.
Grams are a measure of the force of gravity acting on an object, and newtons are a measure of the amount of matter that make up an object.
 

 6. 

SPI 0807.12.4 (Mass and Weight)
mc006-1.jpg
Your NASA rocket is ready for lift off from the launch pad. Your cargo includes a robot called the Venus Atmospheric Explorer (V.A.E.)
mc006-2.jpg

V.A.E.
mc006-3.jpg
Venus-Atmospheric-Explorer
Mass: 730 kilograms
Weight: 7082 Newtons
If you measured the robot’s mass on Earth, and then you measured it again in orbit about Venus, what would you discover?
a.
You will notice an increase in mass since Venus is closer to the sun than Earth.
b.
You will notice that the robot’s mass has decreased due to less gravity on Venus.
c.
You will notice that the robot’s volume has greatly increased since leaving Earth.
d.
You will observe that the robot’s mass is unchanged. It is still 730 kilograms.
 

 7. 

SPI 0807.12.4 (Mass and Weight)
mc007-1.jpg
How does mass affect gravitational force?
a.
Gravitational force between objects does not depend on their masses.
b.
The gravity of an object increases as the masses of the objects decrease.
c.
Gravitational force increases as the masses of the objects increase.
d.
The gravity of an object decreases as the masses of the objects increase.
 

 8. 

SPI 0807.12.4 (Mass and Weight)
Lunar Moduel
Saturn V-Apollo Spacecraft
Command Module


mc008-1.jpg
mc008-2.jpg

mc008-3.jpg
In 1969 astronauts first traveled to the Moon in the Saturn-5/Apollo spacecraft. At a height of 111 meters and with a mass of 2,970, 000 kilograms, it was the most powerful rocket ship ever built. The Saturn-5 was a three-stage rocket which jettisoned sections as it exited Earth’s atmosphere, and only the Lunar Module and Command Module actually traveled all the way to the Moon.

When the astronauts maneuvered into the Moon’s orbit, the mass of the spacecraft was greatly reduced down to only 29, 890 kilograms.
How did the mass of the spacecraft change from Earth to the Moon?
a.
The Moon has less gravity than the Earth, therefore the spacecraft had less mass.
b.
Spacecraft sections were discarded thus reducing the amount of matter and mass
c.
Solar wind destroyed nearly 75 percent of the spacecraft on the way to the Moon
d.
The spacecraft weighed much less on the Moon due to the Moon’s lower gravity.
 

 9. 

SPI 0807.12.4 (Mass and Weight)
Which of these is best used to measure weight in newtons?
a.
double pan balance
c.
spring scale
b.
simple lever
d.
triple beam balance
 

 10. 

SPI 0807.12.4 (Mass and Weight)
In which of these situations will an object become less massive?
a.
Matter is removed from the object.
b.
The object is measured on a scale instead of a balance.
c.
Heat changes the physical state of the object.
d.
The object is weighed on the moon instead of on Earth.
 



 
         Start Over