Semester 1
Water Water Everywhere
Acids and Bases
All About Atoms
Periodic Table
Final Jeopardy: Balancing Equations
100

Heating through direct contact

What is conduction

100

Water attaches to water

What is cohesion

100

pH of 7

What is neutral

100

This determines identity

What are protons

100

This determines reactivity

What is valence electrons

200

Heating through space. Heat goes in all directions

What is radiation

200

Water travels up a surface

What is adhesion

200

Sour and sticky

What is an acid

200

Number of neutrons in an atom of Francium.

What is a 136

200

Elements in this period have 4 energy levels

What is period 4

300

Heating through liquids and air. Heat rises.

What is convection

300

This allows insects to “walk” on water

What is surface tension

300

Slippery and bitter

What is a base

300

The area of an atom that is overall positively charged

What is the nucleus

300

These elements are nonreactive

What are noble gases

will also accept “group 18 or 8A”

400

Often called “Mass in Motion”, an increase in these two variables will increase momentum 

What is mass or velocity

400

Water has a high surface tension because of this related property

What is cohesion

400

High pH

What is a base

400

Charge inside the nucleus of an element with 11 protons, 12 neutrons, and 11 electrons

What is +11

400

This element has a smaller atomic mass than lithium but the reactivity

What is hydrogen

500

Reason why a bowling ball has more momentum than a golf ball when they are moving at the same speed.

What is a bowling ball has more MASS

500

Adding these two things together until the solution has a pH of 7 produces water and salt is called neutralization

What is an acid and base

500

Products of mixing and acid and base

What is water and salt

500

Element shown below

What is Sulfur

500

Element with 4 energy levels and 2 valence electrons

What is calcium

500

The coefficient ratio for the following equation

Fe2(SO4)+ KOH → K2SO+ Fe(OH)3­

1-6-3-2


Fe2(SO4)+ 6 KOH → 3 K2SO+ 2 Fe(OH)3

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