A) Nucleus B) Proton C) Electron D) Neutron
A) Neither True or False B) False C) True
A) in everything and everywhere B) are only in living things C) are only in non-living things D) only in someplaces
A) always moving B) only moving in living things C) moving slower when heated D) moving faster when cooled
A) with any microscope and dye B) with an electron microscope and dye C) with an electron microscope ONLY D) never they are too small
A) energy that involves movement B) Physical Energy C) Kinetic Energy D) all of these
A) is only from a outlet in the wall B) is anything that uses electricity as a source C) does not include static electricity D) does not include batteries
A) there is a change at the molecular level B) there is NOT a chemical reaction C) electrical charges are involved D) atoms are spread apart
A) True B) False
A) cause most matter to expand B) all of these C) excites the atoms D) is also energy
A) the matter has been cooled B) the atoms are dead C) the matter is sitting at room temperature D) the matter has been heated
A) arkansas, New York, and California B) solids, liquids, and gases C) solids, liquids, and fluids D) solids, gases, and frozen matter
A) anything that has mass B) anything that takes up space C) anything that is important D) anything that has mass and volume
A) can never be solidified B) take the shape of the container they are in C) have no shape at all D) can never be changed to gases ![]()
A) Evaporation B) Melting C) Solidification D) Condensation ![]()
A) Evaporation B) Solidification C) Melting D) Freezing ![]()
A) Condensation B) Deposition C) Evaporation D) Sublimation ![]()
A) Deposition B) Sublimation C) Condensation D) Evaporation ![]()
A) Sublimation B) Evaporation C) Solidification D) Deposition ![]()
A) Deposition B) Sublimation C) Evaporation D) Solidification
A) stored energy B) energy that has been used C) another name for Mechanical Energy D) energy that is currently being used
A) only available in a lab B) Unique or one of a kind C) can be broken down further D) the same as a compound
A) Over 100 B) unlimited amount C) over 200 D) under 100
A) Yes but only in a lab B) True C) False D) none of these
A) False B) in some situations C) True
A) Depends on the substance B) True C) False
A) True B) it would be suspended in the water C) False
A) Density B) How much something weighs C) nothing, I dont have enough information D) Atomic Number ![]()
A) Element Name B) Atomic Number C) Element Symbol D) Atomic Mass ![]()
A) Element Symbol B) Atomic Number C) Element Name D) Atomic Mass ![]()
A) Atomic Number B) Atomic Mass C) Element Symbol D) Element Name ![]()
A) Atomic Mass B) Atomic Number C) Element Symbol D) Element Name
A) True B) False
A) use any part of the meniscus and you will be fine B) use the top of the meniscus C) use your best guess D) use the bottom of the curve on the meniscus
A) There is no machine, it happens in nature all the time B) Anything can be used to split them C) Particle Accelorator D) An atom cannot be split |