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TEKS 112.7.B.1.A or TEKS SCI 5.1.A
(CLICK HERE) - the student is expected to demonstrate
safe practices during field and laboratory investigations |
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TEKS 112.7.B.1.B or TEKS SCI 5.1.B
(CLICK HERE) - make wise choices in the use and
conservation of resources and the disposal or recycling of materials |
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TEKS 112.7.B.2.A or TEKS SCI 5.2.A
(CLICK HERE) - plan and implement descriptive
investigations including asking well-defined questions, formulating
testable hypotheses, and selecting and using equipment and technology |
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TEKS 112.7.B.2.B or TEKS SCI 5.2.B
(CLICK HERE) - collect information to construct
reasonable explanations from direct and indirect evidence |
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TEKS 112.7.B.2.C or TEKS SCI 5.2.C
(CLICK HERE) - analyze and interpret information to
construct reasonable explanations from direct and indirect evidence |
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TEKS 112.7.B.2.E or TEKS SCI 5.2.E
(CLICK HERE) -construct simple graphs, tables, maps, and
charts using tools including computers to organize, examine, and evaluate
information |
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TEKS 112.7.B.3.A or TEKS SCI 5.3.A
(CLICK HERE) - analyze, review, and critique scientific
explanations, including hypotheses and theories, as to their strengths and
weaknesses using scientific evidence and information |
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TEKS 112.7.B.3.B or TEKS SCI 5.3.B
(CLICK HERE) - draw inferences based on information
related to promotional materials for products and services |
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TEKS 112.7.B.3.C or TEKS SCI 5.3.C
(CLICK HERE) - represent the natural world using models
and identify their limitations |
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TEKS 112.7.B.3.D or TEKS SCI 5.3.D
(CLICK HERE) - evaluate the impact of research on
scientific thought, society, and the environment |
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TEKS 112.7.B.3.E or TEKS SCI 5.3.E
(CLICK HERE) - connect Grade 5 science concepts with the
history of science and contributions |
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TEKS 112.7.B.4.A or TEKS SCI 5.4.A
(CLICK HERE) - collect and analyze information using
tools including calculators, microscopes, cameras, sound recorders,
computers, hand lenses, rulers, thermometers, compasses, balances, hot
plates, meter sticks, timing devices, magnets, collecting nets, and safety
goggles |
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TEKS 112.7.B.5.A or TEKS SCI 5.5.A
(CLICK HERE) - describe some cycles, structures, and
processes that are found in a simple system |
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TEKS 112.7.B.5.B or TEKS SCI 5.5.B
(CLICK HERE) - describe some interactions that occur in
a simple system |
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TEKS 112.7.B.6.A or TEKS SCI 5.6.A
(CLICK HERE) -identify events and describe changes that
occur on a regular basis such as in daily, weekly, lunar, and seasonal
cycles |
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TEKS 112.7.B.6.B or TEKS SCI 5.6.B
(CLICK HERE) - identify the significance of the water,
carbon, and nitrogen cycles |
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TEKS 112.7.B.6.C or TEKS SCI 5.6.C
(CLICK HERE) - describe and compare life cycles of
plants and animals |
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TEKS 112.7.B.7.A or TEKS SCI 5.7.A
(CLICK HERE) - classify matter based on its physical
properties including magnetism, physical state, and the ability to conduct
or insulate heat, electricity, and sound |
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TEKS 112.7.B.7.B or TEKS SCI 5.7.B
(CLICK HERE) - demonstrate that some mixtures maintain
the physical properties of their ingredients |
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TEKS 112.7.B.7.C or TEKS SCI 5.7.C
(CLICK HERE) - identify changes that can occur in the
physical properties of the ingredients of solutions such as dissolving
sugar in water |
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TEKS 112.7.B.7.D or TEKS SCI 5.7.D
(CLICK HERE) - observe and measure characteristic
properties of substances that remain constant such as boiling points and
melting points |
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TEKS 112.7.B.8.A or TEKS SCI 5.8.A
(CLICK HERE) - differentiate among forms of energy
including light, heat, electrical, and solar energy |
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TEKS 112.7.B.8.B or TEKS SCI 5.8.B
(CLICK HERE) - identify and demonstrate everyday
examples of how light is reflected, such as from tinted windows, and
refracted, such as in cameras, telescopes, and eyeglasses |
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TEKS 112.7.B.8.C or TEKS SCI 5.8.C
(CLICK HERE) - demonstrate that electricity can flow in
a circuit and can produce heat, light, sound, and magnetic effects |
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TEKS 112.7.B.8.D or TEKS SCI 5.8.D
(CLICK HERE) - verify that vibrating an object can
produce sound |
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TEKS 112.7.B.9.A or TEKS SCI 5.9.A
(CLICK HERE) - compare the adaptive characteristics of
species that improve their ability to survive and reproduce in an
ecosystem |
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TEKS 112.7.B.9.B or TEKS SCI 5.9.B
(CLICK HERE) - analyze and describe adaptive
characteristics that result in an organism's unique niche in an ecosystem |
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TEKS 112.7.B.9.C or TEKS SCI 5.9.C
(CLICK HERE) - predict some adaptive characteristics
required for survival and reproduction by an organism in an ecosystem |
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TEKS 112.7.B.10.A or TEKS SCI 5.10.A
(CLICK HERE) - identify traits that are inherited from
parent to offspring in plants and animals |
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TEKS 112.7.B.10.B or TEKS SCI 5.10.B
(CLICK HERE) - give examples of learned characteristics
that result from the influence of the environment |
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TEKS 112.7.B.11.A or TEKS SCI 5.11.A
(CLICK HERE) - identify and observe actions that require
time for changes to be measurable, including growth, erosion, dissolving,
weathering, and flow |
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TEKS 112.7.B.11.B or TEKS SCI 5.11.B
(CLICK HERE) - draw conclusions about "what happened
before" using data such as from tree-growth rings and sedimentary rock
sequences |
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TEKS 112.7.B.11.C or TEKS SCI 5.11.C
(CLICK HERE) - identify past events that led to the
formation of the Earth's renewable, non-renewable, and inexhaustible
resources |
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TEKS 112.7.B.12.A or TEKS SCI 5.12.A
(CLICK HERE) - interpret how land forms are the result
of a combination of constructive and destructive forces such as deposition
of sediment and weathering |
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TEKS 112.7.B.12.B or TEKS SCI 5.12.B
(CLICK HERE) - make wise choices in the use and
conservation of resources and the disposal or recycling of materials |
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TEKS 112.7.B.12.C or TEKS SCI 5.12.C
(CLICK HERE) - identify the physical characteristics of
the Earth and compare them to the physical characteristics of the moon |
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TEKS 112.7.B.12.D or TEKS SCI 5.12.D
(CLICK HERE) - identify gravity as the force that keeps
planets in orbit around the Sun and the Moon in orbit around the Earth |