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Worksheets4A Science 1Q
Total questions: 53
Worksheet time: 27mins
Name
Class
Date
1.
a process that scientists use to investigate questions and solve problems.
a)
Scientific Inquiry Method
b)
Engineering Design Process
c)
forms of energy
2.
a cycle to study and learn science. It helps ensure experiments are systematic and reliable.
a)
Scientific Inquiry Method
b)
Engineering Design Process
c)
forms of energy
3.
Which is not a step in the Scientific Inquiry Method?
a)
Test your design
b)
Draw Conclusions
c)
Analyze Results
d)
Experiment
4.
Which is not a step in the Scientific Inquiry Method?
a)
Create your design
b)
Analyze Results
c)
Experiment
d)
Develop a Hypothesis
5.
Gather information through your senses
a)
Observe
b)
Draw Conclusions
c)
Analyze Results
d)
Experiment
6.
What do you want to know?
a)
Ask Questions
b)
Observe
c)
Draw Conclusions
d)
Analyze Results
7.
Make an educated guess about what you think will happen
a)
Develop a Hypothesis
b)
Ask Questions
c)
Observe
d)
Draw Conclusions
8.
Test your hypothesis through experiments
a)
Experiment
b)
Develop a Hypothesis
c)
Ask Questions
d)
Observe
9.
Look at the data you collected
a)
Analyze Results
b)
Experiment
c)
Develop a Hypothesis
d)
Ask Questions
10.
What did you learn? Was your hypothesis correct?
a)
Draw Conclusions
b)
Analyze Results
c)
Experiment
d)
Develop a Hypothesis
11.
Make a claim
a)
Develop a Hypothesis
b)
Ask Questions
c)
Observe
d)
Draw Conclusions
12.
gather evidence
a)
experiment
b)
Develop a Hypothesis
c)
Ask Questions
d)
Observe
13.
provide reasoning
a)
Draw Conclusions
b)
Analyze Results
c)
Experiment
d)
Develop a Hypothesis
14.
Why do scientists use the scientific inquiry method?
a)
Learn about science and gather new knowledge
b)
Learn about science and remember knowledge
c)
Learn about social studies and gather new knowledge
15.
a series of steps that engineers use to create solutions to problems
a)
Engineering Design Process
b)
Scientific Inquiry Method
c)
forms of energy
16.
Define the problem. What is the problem you are trying to solve?
a)
Ask questions
b)
Imagine and brainstorm your design
c)
Plan your design
d)
Create your design
17.
Think of creative solutions.
a)
Imagine and brainstorm your design
b)
Plan your design
c)
Create your design
d)
Test your design
18.
Outline how you will create your solution.
a)
Plan your design
b)
Create your design
c)
Test your design
d)
Improve your design
19.
Build your solution.
a)
Create your design
b)
Test your design
c)
Improve your design
d)
Ask questions
20.
See how well it works.
a)
Test your design
b)
Improve your design
c)
Ask questions
d)
Imagine and brainstorm your design
21.
Make changes to enhance its effectiveness.
a)
Improve your design
b)
Ask questions
c)
Imagine and brainstorm your design
d)
Plan your design
22.
Which is not a step in the Engineering Design Process?
a)
Develop a Hypothesis
b)
Ask questions
c)
Plan your design
23.
Which is not a step in the Engineering Design Process?
a)
Experiment
b)
Imagine and brainstorm your design
c)
Create your design
24.
the ability to do work or cause change
a)
energy
b)
electric
c)
sound
d)
thermal
25.
the energy of motion
a)
kinetic
b)
energy
c)
electric
d)
sound
26.
energy that is stored in an object
a)
potential
b)
kinetic
c)
energy
d)
electric
27.
travels as waves and can move through empty space
a)
light
b)
potential
c)
kinetic
d)
energy
28.
energy due to randomly moving particles that make up matter
a)
thermal
b)
light
c)
potential
d)
kinetic
29.
energy of vibrations carried by air, water, or other matter
a)
sound
b)
thermal
c)
light
d)
potential
30.
energy caused by the movement of electricity, also called an electric current
a)
electric
b)
sound
c)
thermal
d)
light
31.
Where are different forms of energy present in your life?
a)
school
b)
home
c)
store
d)
car
32.
How are the froms of energy the same?
a)
Heat, light, and sound energy travel in waves.
b)
Heat, kinetic, and sound energy travel in waves.
c)
Heat, light, and thermal energy travel in waves.
33.
the form of vibrations passing through matter
a)
sound
b)
amplitude
c)
volume
d)
pitch
34.
the number of waves that pass a poin in a certain amount of time
a)
frequency
b)
sound
c)
amplitude
d)
volume
35.
the distance between a point on one wave and similar point on the next wave
a)
wavelength
b)
frequency
c)
sound
d)
amplitude
36.
how high or low a sound is
a)
pitch
b)
wavelength
c)
frequency
d)
sound
37.
a measure of strong a sound seems to us
a)
volume
b)
pitch
c)
wavelength
d)
frequency
38.
the height of a wave measured from its midline
a)
amplitude
b)
volume
c)
pitch
d)
wavelength
39.
How does sound energy behave?
a)
Vibrations through matter
b)
travels in waves through empty space
c)
different wavelengths show us different colors
40.
What affects sound energy?
a)
Frequency and volume
b)
amplitude
c)
pitch
41.
How can interpreting graphs help you understand soung energy?
a)
waves can tell us frequency, wavelength, and pitch.
b)
Waves can tell us volume and amplitude.
c)
Waves can tell us sound and energy level
42.
bounces light off
a)
reflection
b)
refraction
c)
absorption
43.
bends light
a)
refraction
b)
reflection
c)
absorption
44.
occurs when an object takes in a light wave
a)
absorption
b)
reflection
c)
refraction
45.
How does light energy behave?
a)
travels in waves through empty space
b)
Vibrations through matter
c)
different wavelengths show us different colors
46.
What affects light energy?
a)
different wavelengths show us different colors
b)
travels in waves through empty space
c)
Vibrations through matter
47.
How can you investigate light energy and its behavior?
a)
We can investigate how reflection and refraction change how we see light.
b)
different wavelengths show us different colors
c)
travels in waves through empty space
48.
the transfer of heat that occurs when one thing touches another
a)
conduction
b)
convection
c)
radiation
49.
energy that is sent out in waves
a)
radiation
b)
conduction
c)
convection
50.
the transfer of thermal energy as matter moves
a)
convection
b)
radiation
c)
conduction
51.
How does heat energy behave?
a)
travels in waves
b)
It can travel from one object to another or spread in the air
c)
Vibrations through matter
52.
What affects heat energy?
a)
light energy
b)
sound energy
c)
kinetic energy
53.
How do you explain heat energy and its behavior?
a)
travels in waves and interact with light energy and heat objects up
b)
We can investigate how reflection and refraction change how we see light.
c)
different wavelengths show us different colors
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