Transport
Bonding
The Heart
Electrolysis
Acids and Alkalis
100

Where does food go after it goes through the stomach

Small intestine

100

Where are electrons found in atoms (Hint: Turtles!)

Electron Shells

100

What type of cells make up the heart?

Muscle Cells 

100

Fill in the gap

Opposites A_______ !!!

Opposites Attract!

100
Is vinegar a acid or an alkali?

An acid

200

Will increasing temperature speed up or slow down diffusion

Speed up

200

What charge does an oxygen ion have

o-2

200

What is the function of respiration? 

To release energy

200

Which electrode will a Li+ ion go to

The negative electrode

200

What color does an acid go on the pH scale

Red/orange

300

Which of these three types of transport only applies to water molecules 

Diffusion

Osmosis 

Active Transport

osmosis
300

What charge does a Magnesium Ion have

Mg 2+

300

What is one substance that needs to be transported around the body (not blood)

Water, Oxygen, Waste, Carbon Dioxide

300

What is electrolysis used for

To split up ionic compounds

300

What is the Ph of a neutral substance, such as water?

7

400

What is the key difference between Active Transport and Diffusion 

(Hint active transport needs something that diffusion does not)

Energy!

400

What type of bonding occurs between two non metals 

(Covalent, Ionic or Metallic)

Covalent 

400

What is one difference between aerobic and anaerobic respiration?

Anaerobic is without oxygen

High to low  vs   low to high

400

What ions make up Sodium Chloride?

Na+ and Cl-

400

What color are copper chloride crystals?

Blue

500

What is diffusion?

The movement of particles from a high concentration to a low concentration

500

Why do atoms bond? 

To get a full outer shell of electrons

500

Which blood vessel carries blood to the body 

The aorta

500

Why must ions be molten for electrolysis to occur?

So the ions are free to move and carry charge

500

What type of reaction occurs when an acid is added to an alkali (hint they cancel each other out...)

A neutralisation reaction