🧲 Physics · How things move, measure and shine
Measuring Bench
Slide the jaws, turn the thimble, read the scales. Then check your answer.
Protons1
Neutrons0
Electrons1
Net charge0
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Atoms0
Bonds0
Open bonds0
Molar mass (g/mol)0
Bond
Drag an atom from the palette onto the canvas
Temperature20°C
Volume0 mL
pH—
StatusReady
Temperature—
State—
Energy added—
Solid · liquid · gas—
Temperature—
Reacted—
Collisions that worked—
Heat (1 mol)—
Current—
Charge passed—
At the cathode—
At the anode—
Energy per fusion—
Repulsion barrier—
Fusions0
Total released0 MeV
Plasma temperature—
Least count0.1 mm
Main scale—
Vernier line—
Zero errornone
Objective lens
Coarse focus
Fine focus
Light
Add stain
Total magnification×40
Field of view—
Focus—
Oil—
Length—
G–C content—
Hydrogen bonds—
Protein—
Cell—
Kinds of part—
Selected—
Find-it score0 / 0
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Current from the cell—
Battery voltage—
Total resistance—
Bulbs lit—
Range—
Highest point—
Time of flight—
Target hits0 / 0
Period (measured)—
Period (2π√(L/g))—
Full swings0
Stopwatch0.00 s · 0 swings
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Time—
Displacement—
Distance travelled—
Velocity—
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Height—
Speed—
Kinetic—
Potential—
White ball speed—
Momentum before hit—
Momentum after hit—
Kinetic energy lost—
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Rate—
Still folded—
Active sites busy—
Product made—
Light intensity—
Bubbles—
Limiting factor—
Bubbles counted—
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Phase—
Cells—
Chromosomes per cell—
DNA per cell—
Punnett square
Breed them
Cross—
Expected ratio—
Offspring—
You got—
Generation—
Dark moths—
Dark allele (C)—
Eaten this round—
Heart rate—
Stroke volume—
Cardiac output—
Right now—