Atom
Thermal Energy
Energy
Fun Facts
Properties
100

The center of the atom is the ___.

nucleus

100

What is heat?

The transfer of thermal energy.

100

What happens when you increase speed?

Increased speed = increased kinetic energy

100

do mermaid exists?

no. nope. nah. nopers

100

What are physical properties?

Characteristics you can observe or measure.

200

What are atoms in?

Everything!!

200

What's the difference between thermal conductors and thermal insulators?

Thermal conductors are things that absorb heat really well. Thermal insulators keeps hot stuff hot and cold stuff cold.

200

What is energy?

The ability to cause change.

200

What is Gravitational Potential Energy?

Energy that is stored between the object and the surface of the Earth

200

Size-Dependent Properties can be ____?

Factors that increase the rate of a reaction

300

Where do electrons move?

Only around the nucleus.

300

Which thermal energy is only used by scientists?

Kelvin

300

What is potential energy?

Occurs due to interactions between objects or particles.(also known as stored energy)

300

What color is Dakotas hair?

Yellow with dirt highlights.

300

What are factors that ___ the rate of a reaction?

increase

400

What is and atom?

The building block of all matter.

400

What are the 3 temperature scales?

Celsius, Fahrenheit, Kelvin

400

How does kinetic energy work?

If two objects are moving at the same speed, the object with more mass has more kinetic energy.

400

what is the chemical formula for soap?

h0 pq 9=9oi37 74 8rr

400

Chemical Properties is ____.

Characteristics of matter can be observed as it changes to a different type of matter.

500

The atom has ___ and ___.

protons, neutrons.

500

What is thermal energy?

Sum of the kinetic and potential energy of the particles that make up a material.

500

If two objects are moving at the same speed, the object with ___ mass has ___ kinetic energy.

more, more

500

What is the suns color?

orange

500

_______ does not depend of the amount of matter present.

Size-Independent Properties

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