The Periodic Table
This is the number of protons an element has.
The atomic number.
Plant cells have these two organelles, but animal cells do not.
Cell Wall and Chloroplasts
These are the three states of matter.
Solid, Liquid, and Gas
This type of reproduction requires only one parent.
Asexual
These are the four bases of DNA.
C(ytosine), G(uanine), T(hymine), A(denine)
This is the smallest piece of matter that can still be considered a specific element.
An Atom.
This is the control center of the cell, and contains DNA.
the Nucleus
These properties are the types of thing we can see, touch, smell, taste, and hear.
Physical Properties
These steps are represented by PMAT.
Prophase, Metaphase, Anaphase, Telophase
This is the likelihood that you will get a tt child from crossing parents TT and Tt in a Punnett Square.
0.
These particles are neutrally charged.
Neutrons
This is selectively permeable, meaning it chooses to allow things in or out of the cell.
The Cell Membrane
When something burns or bakes, it undergoes this type of change.
A Chemical Change.
Cells spend most of their time in this phase, replicating DNA, producing energy, and more.
Interphase
Substitution, Addition, and Deletion are examples of these in DNA copying.
Mutation.
These two particles make up the atomic mass of an element.
Protons and Neutrons
All organisms are made of at least one of these, the basic building blocks of life.
Cells
This Law states that matter can never actually disappear, just exist in a different form that we may not be able to see.
Conservation of Mass
This form of cellular reproduction starts with one cell that has 46 chromosomes and ends with four cells that have 23 chromosomes.
Meiosis
This is the physical appearance/expression of a specific genotype.
Phenotype
These are the most common type of element on the Periodic Table.
Metals.
These are the cell's powerhouse, producing and releasing energy for all functions to happen.
Mitochondria
This is when a substance changes directly from a solid to a liquid.
Sublimation
This form of cellular reproduction starts with one cell that has 46 chromosomes and ends with 2 cells that have 46 chromosomes.
Mitosis
These are the actual genes an organism has.
Genotype (Allele is also acceptable)