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rubrics by danielsa
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1
Accuracy & Precision:Peer Revision
use experimental measurements in calculations; organize data by compiling it in tables; compute average value from class data anduse the value to calculate absolute deviation and average deviation; recognize the importance of accuracy and precision in scientific measuremtns; and relate the reliability of experimental data to absolute deviation, average deviation, uncertainty, and percent error
Grade levels:
danielsa
2
Physical and Chemical Changes
Grade levels:
9-12
Undergrad
danielsa
3
Reading Metric Scales & Metric Conversions
metric conversions
Grade levels:
9-12
(draft)
danielsa
4
Mole Lab
mole, atom, mass calculation
Grade levels:
6-8
9-12
Undergrad
(draft)
danielsa
5
Atomic Spectral Lines
atomic spectra; flame lab
Grade levels:
9-12
Undergrad
(draft)
danielsa
6
Flame Test Lab
Electromagnetic Spectrum
Grade levels:
9-12
(draft)
danielsa
7
Conservation of Mass (Exploration C1)
conservation of mass; inquiry; synthesis
Grade levels:
9-12
Undergrad
(draft)
danielsa
8
Density Layering of Liquids Lab
student do a trial and error on figuring out to layer 3 out of the 4 layers of knowns.
Grade levels:
6-8
9-12
Undergrad
(draft)
danielsa
9
Accuracy & Precision: Calibrating a Pipet
use experimental measurements in calculations; organize data by compiling it in tables; compute average value from class data anduse the value to calculate absolute deviation and average deviation; recognize the importance of accuracy and precision in scientific measuremtns; and relate the reliability of experimental data to absolute deviation, average deviation, uncertainty, and percent error
Grade levels: N/A
(draft)
danielsa
10
Acids & Bases - Conductivity & Properties
conductivity, acid, bases, properties
Grade levels:
9-12
Undergrad
(draft)
danielsa
11
Evidence of a Chemical Change
observe evidence of a chemical change has taken place; infer from observations that a new substance has been formed; predict types of reactions involved; identify and record observations that show heat is involved in a chemical change; observe the color and solubility of some substances
Grade levels:
9-12
Undergrad
(draft)
danielsa
12
What's So Special About Bottled Drinking Water?
*Conduct audit of various brands of bottled water * Compare the mineral content of various brands of bottled waters * TAKS inferrence
Grade levels:
6-8
9-12
Undergrad
(draft)
danielsa
13
Determining the Empirical Formula of Magnesium Oxide
measure the mass of magnesium oxide, perform a synthesis reaction by using gravimetric techniques, determine the empirical formula of magnesium oxide, and calculate the class average and standard deviation of moles of oxygen used.
Grade levels:
9-12
Undergrad
(draft)
danielsa
14
Mole Lab
Students will perform the lab by observing 5 sample elements on the periodic table. They will obtain the mass to calculate the moles and molecules. They will then review by calculating the protons, neutrons, electrons, and tell if they are metals, nonmetals, metalloids, a description, etc.
Grade levels:
9-12
Undergrad
(draft)
danielsa
15
Accuracy & Precision: Calibrating a Pipet
use experimental measurements in calculations; organize data by compiling it in tables; compute average value from class data anduse the value to calculate absolute deviation and average deviation; recognize the importance of accuracy and precision in scientific measuremtns; and relate the reliability of experimental data to absolute deviation, average deviation, uncertainty, and percent error
Grade levels:
9-12
Undergrad
(draft)
danielsa
16
Separation of a Mixture
students will separate salt, sand, and water from one another
Grade levels:
(draft)
danielsa
17
Separation of a Mixture
students will separate salt, sand, and water from one another
Grade levels:
9-12
Undergrad
(draft)
danielsa
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