Florida's Landforms
Energy Transformations
Motion of Objects
Types of Forces
Miscellaneous
100
Florida is an example of land surrounded by water on three sides. What is it called?
Peninsula
100
Energy of Motion
Kinetic Energy
100
How do you calculate speed?
Speed = Distance* Time
100
What type of force is this?
Magnetic Force
100
Who teaches Law Studies?
Mr. Thomas
200
Florida's _________ and _________ carry and drop sediment along the coast, helping to form beaches, barrier islands and deltas.
Streams and rivers
200
What type of energy is this?
Elastic Potential Energy
200
What is the happening between point A and B?
The object is staying still, so its acceleration is 0.
200
Gravitational force depends on:
Mass and Distance
200
How many days are in a leap year?
366
300
What are the 3 regions of Florida's Landforms?
Northern Highlands
Central Highlands
Coastal Lowlands
300
Law of Conservation of Energy states:________________________________
That energy cannot created nor destroyed
300
What is force measured in?
Newtons, grams
300
An apple has a mass of 0.2 kg. On the moon the gravitational acceleration is 25N/kg. Calculate the weight of the apple.
Weight= 0.2kg* 25N/kg =5N
300
What is the capital of Florida?
Tallahassee
400
What type of landform is this? (Hint: This is known as the Everglades)
Wetlands
400
A pile of coal that will be used for fuel is an example of which type of energy?
Potential Energy
400
Calculate the net force and draw the direction of the object. 
400N, arrow pointing upward
400
A bat striking a baseball
Applied Force
400
When is Ms. Mathis's birthday? Give the day and month.
March 6th
500
How many lakes are found in Florida?
Over 7000
500
DAILY DOUBLE: Draw an image that shows TWO energy transformation between potential and kinetic energy
Image has at least two transformation
500
Create a story that describes each part of the graph.
Story should have 4 transitions
1. Increasing speed
2. No motion
3. Decreasing Speed
4. Increasing Speed
500
How does the force of gravity change as the mass of objects and distance between them changes?
The greater the mass and the closer the object, the stronger the gravitational pull.
500
Find the GCF of 28 and 56
28: 22 7
60: 2235
The Greatest Common Factor (GCF) is: 2 x 2 = 4