Atoms and Molecules
Gravity
Light
Engineering design
Light 2
100

What is the difference between Atoms and Molecules

Atoms make Molecules

100

What is gravity

force of attraction between all matter 

100

what 2 things happen when light waves pass from the air to water

it bends and slows down

100

what is the first step

define criteria and constraints

100

what is the term for light passing through different materials

transmission 

200

What Atoms make H2O

2 Hydrogen and 1 Oxegan

200

what makes GRAVITY stronger

add mass add proximity

200

what is in white light 

all the colors of the rainbow

200

what is the second step

researcher and develop model  

200

what is better analog or digital and why

very little interference and noise 

300

what is a example of law of conservation of mass

mass of what you start with you will end with that same mass

300

what is the difference between Kinetic and Potential Energy  

Kinetic=moving=unbalanced

Potential=not moving=balanced

 

300

how do we see the color black

all color is absorbed 

300

what is the third step

Analyze data and evaluate competing designs 

300

what forces can effect objects without touching the directly

gravity magnetism and electricity

400

what is an electromagnet

magnet created with electricity

400

How can you increase potential energy 

increase height or mass

400

how do we see the color orange 

orange light is reflected o our eyes and all the other colors are absorbed 

400

what is the fourth step 

redesign to reach optimal design

400

if you raise the volume of a sound wave what happens

it gets louder

500

Name two ways to make electromagnets stronger

add more batteries add more coils

500

How can you increase kinetic energy

increase acceleration or mass

500

why does the block top get so hot in the summer

all colors absorbed builds up heat

500

what are all four steps put together

Define criteria and constraints 

Research and develop model

Analyze data and evaluate competing design

Resign to reach optimal design  

500

if you raise the wavelength of a light wave what will happen

changes color or type of light