Name Mary Watkins
1.
Name the simple
machines: pulley, wheel and axel, wedge, screw,
inclined plane, lever and gear.
2. A
force is a push or pull.
3.
What 4
things can a force do? Move, slow down, speed up,
change direction.
4. What
does sound need to travel but light does not. A
medium through which to pass.
5. The
Sheep in the jeep rolled down the ramp.
Name two forces that acted on the “Jeep”, and how.
·
Gravity
·
Force from pushing
6. What
causes sound? vibrations
7. What
type energy does a battery produce? Electrical What
type energy does it use to produce this? Uses
chemical energy
8. In
the space below draw a series circuit.
9.Write a testable question for an
experiment using light to test plant growth.
Identify your independent and dependent variables.
How does the
amount of light affect plant growth?
Independent
variable: amount of light
Dependent
variable: plant growth
What are the primary colors of light ? Red, blue and green
11. How can children’s books be used in the
science classroom?
If we share
a fiction book, we must always go back and support it with a fact.
12. Name
the 5 E’s-
Engage,
explore, explain, elaborate, evaluate
12. Explain
the benefits of using discrepant events in science instruction.
Raises questions, invokes curiosity, shows how science
can be fun, students look forward to science, students start to try and reason
and explain, starts student searching and discovering explanations.
13. Match
the following
__F.___14. Light travels A. 93 million miles
__C.__15.Moon cycle B.
3rd Quarter
__A.__16.Distance to Sun from Earth C. 28 days
__D.__17.Distance to Moon D. 239,000 miles
__B.__18.Moon Phase E.
In waves
__E.__19. Sound travels F. In a straight line in
waves
__H.__20. Natural source of light H. Sun
21. What was your favorite lab from class this
semester? Why?
Reading Pancakes, Pancakes by Eric Carle and
making butter! This one was my favorite because I really enjoyed seeing how children’s
books (which are not purposefully made for science instruction) can be included
in an authentic science lesson. I love the hands on aspect of this lesson. We
were able to use all of our senses through making the butter!
22. In
your opinion, how is teaching science different from teaching other subjects
and how will you compensate for these differences?
Science is different than other subjects because it is
observing and discovering vs. just being given information. Students need hands
on activities where they can take on the role of a scientist and make
inferences for themselves. I will compensate for this by always creating students
centered lessons that focus on students coming to their own conclusions about
what they’re studying as well as being given information about it.
23. Pulley
demonstration to show me. [ ]
These will be checked off as they are observed.
***Unable to perform
24. Make
a parallel circuit to show me. [ ]
***Unable to perform
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