Atoms
States of Matter
Solubility
States of Matter Transitions
Equations and Molecular Formulas
100
This atom has the following particles:

Protons = 13

Nuetrons = 14

Electrons = 13


Aluminum
100
This state of matter is described as:

"Close to each other, but can slide past each other."

Liquid
100
Blue Kool-Aid is an example of this kind of mixture.
Homogeneous
100
This transition occurs when a liquid turns into a gas.
Evaporation
100
The following has this as its molecular formula.

C2H6O

200
This atom abbreviated by S and it has _____ number of protons.
16
200

From the heating curve of Gold:


Gold is a __________ at 1000oC

Solid
200

From the solubility curve at 30oC, this salt can be dissolved more.

NaNO3

200
This transition occurs when gas turns into a liquid.
Condensation
200

Does the following equation obey the law of conservation of matter.  (Explain why)


H2 + HCN --> CH4 + N2

No, because the number of Nitrogens and Hydrogens in the reactants do not match the number of Nitrogens and Hydrogens in the products
300

The following Ion: 

F-1

has this many electrons.

10
300
From the heating curve of Ammonia, this temperature is the boiling point.

- 28oC

300

From the solubility curve at 50oC, this amount of KNO3 is the maximum amount of salt that can be dissolved.

 around 80 grams
300
This transition occurs when solid turns into a gas.
Sublimation 
300

The following Chemical Equation obeys this law which states.

     H2 + O2 --> H2O2

The law of conservation of matter:

Matter can neither be created nor destroyed

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