Newton's Laws
This 16th century scientist developed three important laws of motion.
The distance between two identical points on a wave is known as this.
Wavelength
There are this many types of rocks in the rock cycle.
3.
Plant cells undergo this process in order to make the plant's food.
Photosynthesis.
There are this many kingdoms in the kingdom Eukarya.
4
Newton's first law says an object in motion will do this.
Stay in motion unless acted upon by an unbalanced force.
This type of radiation is between gamma rays and UV rays on the electromagnetic spectrum.
X rays
Heat and pressure form this type of rock.
Metamorphic rock.
Plant cells have this extra protective layer that animal cells do not.
Cell wall.
This kingdom includes multicellular, heterotroph organisms without cell walls.
Animalia
F=ma is this one of Newton's laws.
Newton's 2nd Law
This type of radiation has the highest frequency.
Gamma rays.
Weathering and erosion break off tiny pieces of existing rocks that come together to form this type of new rock.
Sedimentary rock.
This organelle is much larger in plant cells than animal cells.
This kingdom includes multicellular, autotroph organisms with cell walls.
Plantae
If I want a balloon car to go faster, I would have to decrease this factor, according to Newton's second law.
Mass of the car.
As wavelength increases, frequency will do this.
Decrease.
Molten lava that cools and hardens forms this type of rock.
Igneous rock.
Plant and animal cells both have this large central organelle that controls the functions of the rest of the cell.
Nucleus.
This kingdom includes multicellular, heterotroph organisms with cell walls.
Fungi.
This one of Newton's Laws says that every action will have an equal and opposite reaction.
Newton's Third Law
As frequency increases, energy will do this.
Increase.
Deposition, Compaction, and Cementation are the three steps of this process that forms sedimentary rocks.
Lithification.
This organelle in plant cells is responsible for photosynthesis.
Chloroplast.
This kingdom includes mostly unicellular organisms with characteristics of multiple kingdoms.
Protista.