LAUSD IMaST Digital Video Resource Library Utilization Guide

LAUSD Science Guidelines

Grade 7

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Grade 7 Science Instructional Component 1, Content Standard Group 1

Content Standard Group Analyzed Standard Futures Channel Digital Video Resource Library Resources

6a, 6c, 6d, 6f, 6g

Students analyze the pathways light travels through in one or more media. (6c)

#5003, Communication at the Speed of Light

Tiny glass filaments carry so much information that all the books ever written could be transmitted over a fiber optic cable in a few seconds.

Prompt: Fiber optic cables don’t always go in straight lines, they go around corners, too.  But light does travel in straight lines.  Why do you think the light stays inside the cable?
6a, 6c, 6d, 6f, 6g

Students correlate the structure of a lens with its function. (6d)

#3005-3006, Eyes on the Universe Series, Parts 1 and 2

Part 1: Looking Into Time—Astronomers think of  telescopes as “bigger eyes” that allow them to look not only deep into space, but back into  time.

Part 2: Planetary Systems—New telescopes will soon allow astronomers to study the planetary systems of other stars and compare them to our own Solar System.

Prompt: Why are the lenses of telescopes so big? (If the answer is, “to make things seem larger”, ask “Then why aren’t microscope lenses that big?”)

6a, 6c, 6d, 6f,

6g

Students determine the angle of reflection based on the angle of incidence. (6g)

#5003, Communication at the Speed of Light

Tiny glass filaments carry so much information that all the books ever written could be transmitted over a fiber optic cable in a few seconds.

rompt: Fiber optic cables don’t always go in straight lines, they go around corners, too.  But light does always travel in straight lines.  Why do you think the light stays inside the cable?

     

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Grade 7 Science Instructional Component 1, Content Standard Group 6

Content Standard Groups

Analyzed Standard Futures Channel Digital Video Resource Library Resources

2a, 5f, 2b

Students summarize the sequence of events in the life cycles of organisms that reproduce sexually and asexually. (2a)

Students compare sexual reproduction and asexual reproduction. (2a)

#2006, Cheetahs

To help save an endangered species like the cheetah, you must start by understanding its behavior.

Prompt: Why do you think it is important for cheetahs to mate only at certain times?
     

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Grade 7 Science Instructional Component 2, Content Standard Group 1

Content Standard Groups

Analyzed Standard Futures Channel Digital Video Resource Library Resources

5a, 5b

Given a system and failure of an organ or part in that system, predict the effect. (5b)

#2002, Healing Injured Wild Animals

Veterinarian Mark Pokras assesses, treats and nurses injured wild animals on their road back to health.

Prompt: Suppose a fox is brought in with a lung infection.  What symptoms might be observed?
     

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Grade 7 Science Instructional Component 2, Content Standard Group 3

Content Standard Groups

Analyzed Standard Futures Channel Digital Video Resource Library Resources

6h, 5c, 6i

Students compare joints in the body with structures used in machines and simple devices. (6h)

Students analyze the interactions between bones, muscles and joints to allow for movement in a particular joint. (5c)

Students demonstrate and exemplify how levers confer mechanical advantage and how the application of this principle applies to the musculoskeletal system. (6i)

#1005, An Engineer and Her Robot

To build an anthropomorphic (human-shaped) robot, an engineer has to know biology, electronics, computer programming, physics, math--and which music she wants to have it dance to.

#1006, Testing the Robotic Hand

NASA engineer Larry Li plays has built a robot's hand that can catch a baseball--or recover an essential tool in the vacuum of space.

See activity #6 in the movie guide for “An Engineer and Her Robot”.

 

   

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Grade 7 Science Instructional Component 2, Content Standard Group 5

Content Standard Groups

Analyzed Standard Futures Channel Digital Video Resource Library Resources

3a, 3e, 3b, 4f

Students examine the role that genetic variation and environmental factors play in the process of evolution. (3a)

#2007, Bats

Bats are an essential and fascinating part of the ecology of many environments.

Prompt: Why do you think there are so many different kinds of bats?

3a, 3e, 3b, 4f

Students identify and explain factors that contribute to the distribution of animals. (4f)

#2004, Life Under the Ocean

A marine biologist studies the jellyfish-like animals living at 3,000 feet below the surface, where it is cold, dark and quiet.

#2001, The Disappearing Call of the Wild

Archiving and analyzing over 2,000 hours of rainforest sounds, bio-acoustician Bernie Krause measures the decline of species as habitats disappear.

Prompt: Why do you think scientists want to know which kinds of animals live in which places on the earth?