0
12
3
44
7
9
a
a protein disk that attaches two chromatids to each other in a c
a student can study a karyotype to learn what
a substance produced during photosynthesis that is used for comp
argon has how many protons, neutrons, and electrons
atoms are composed of what
calcium has how many protons, neutrons, and electrons.
calvin cycle: products, reactants, and where does it occur
carbohydrates are composed of what atoms and what is the ratio b
carbon has how many protons neutrons and electrons
chromosomes that are not involved in sex determination are calle
compare and contrast animal and plant cells
compare and contrast sexual reproduciton and asexual reproducito
define adhesion
define capillary action
define cohesion
define evaporative cooling
define polarity
define solubility
describe the relationship between the structure and function of
describe the structure of a phospholipid
during cytokinesis of cell division, plant cells form a _____ an
e
etc: products, reactants, and were does it occur
f
following replication of its dna, each chromosome contains two _
for one set of homologous chromosomes, how many are given by eac
glycolysis: products, reactants, and were does it occur.
helping to clean up the laboratory or classroom is the job of wh
how do cancer cells form
how do enzymes work
how does glycolysis differ from aerobic respritation.
how many autosomes are in human somatic cells
how many pairs
how many sex chromosomes are there
how many total chromosomes are in the body cells of an organism
hydrogen has how many protons neutrons and electrons.
i
if a normal plant were put in a dark room, why would the calvin
if the chromosome number were not reduced before sexual reproduc
if you see something in the classroom or laboratory that is dang
in eukaryotic cells, when does cytokinesis occur
in meiosis, chromatids separate during what
in order to fit within a cell, how does dna becomes more compact
krebs cycle: reactants, products, and were does it occur
light reactions: proucts, reactants, and were does it occur.
list 3 examples of monosaccharides
list 3 examples of polysaccharides
list several examples of substances that must enter a cell by ac
lithium has how many protons neutrons and electrons
molecules that are too large to be moved through the membrane ca
most of the atp in cellular is generated by what
nitrogen has how many protons neutrons and electrons
o
organisms that harvest energy from either sunlight or chemicals
oxygen has how many protons neutrons and electrons
p
phosphorus has how many protons, neutrons, and electron
plants cell have a large membrane bound organelle in which water
q
r
ridding the cell of material by discharging it from sacs at the
studying a picture of a cell taken with an electron microscope,
studying a picture of a cell taken with an electron microscope,
t
the discovery of cells was made observing which type of cell
the double membrane surrounding the nucleus is called the
the mesh like network of protein fibers that supports the shape
the phase of mitosis that is characterized by the arrangement of
the process by which water passes into or out of a cell is calle
the process called _______ guarantees that the number of chromos
the process whereby plants turn water and energy from the sun in
the result of crossing over and independent assortment during me
the source of oxygen produced during photosynthesis is what
the stage of meiosis during which homologous pairs line up along
the stage of teh cell cycle tha occupies the most of the cells l
the ultimate original source of energy for almost all living thi
there are how many different types of amino acids
u
what are some things you should do during or at the end of a lab
what are the 3 parts of the structure of nucleic acids
what are the 3 stages of cellular respiration
what are the characteristics of life
what are the differences between an ionic bond and a covalent bo
what are the funciton of nucleic acids
what are the function of proteins
what are the funtion of lipids
what are the funtions of carbohydrates
what are the smallest unit of life in all living things
what are the stages of the cell cycle, what happens in each of t
what characteristics of carbon make it different from many other
what determines the different shapes and funtions of different p
what does the atomic theory state
what does the cell theory
what does the plasma membrane do
what environmental characteristics increase the rate of photosyn
what happens in interphase of the cell cycle.
what is a hypothesis
what is a law
what is a prediction
what is a theory
what is an acid
what is an base
what is an organic compounds
what is binary fission
what is biology
what is cellular respiration
what is cytolysis
what is diffusion
what is facilitated diffusion
what is homeostasis
what is mitosis
what is plasmolysis
what is present in all cells
what is the cause of waters polarity
what is the difference beteen eukaryotes and prokaryotes? list e
what is the difference between an observation and an inference?
what is the difference between ananphase of mitosis and anaphase
what is the difference between dehydration synthesis (condensati
what is the difference between saturated and unsaturated fatty a
what is the equation of cellular respiration
what is the equation of photosynthesis
what is the monomer of lipids
what is the monomer of proteins
what is the monomers of carbohydrates
what is the monomers of nucleic acids
what is the net total of atp produced in cellular respiration
what is the significance of valence electrons
what moves the chromosomes during mitosis and meiosis
what part of meiosis is most similar to mitosis
what phs correspond to acids, bases, and neutral solutions
what type of macromolecule is cholesterol
what type of macromolecule is dna
what type of macromolecule is earwax
what type of macromolecule is enzymes
what type of macromolecule is hemoglobin
what type of macromolecule is insulin
what type of macromolecule is polypeptide
what type of macromolecule is rna
what type of macromolecule is saturated fats
what type of macromolecule is starch
what type of macromolecule is steroids
what type of macromolecule is sucrose
what type of macromolecule is wax
what types of cell transports do expend energy (active)
what types of cell transports do not expend energy (passive)
what types of compounds dissolve well in water
what will happen to a plant into a hypertonic environment
when in the laboratory you should were what kind of shoes
when muscles are excercised extensively in the absense of suffic
where is a cells atp produced
which organelle is involved in photosynthesis and contatins chlo
which organelle make proteins
which organelle receives proteins and lipids from the endoplasmi
which organelle regulates what enters and leaves the cell.
who was the first person to identify and see cells
why are buffers important to many organisms
why do living things need enzymes
why do you need to wear goggles in the lab
why is ferementation important to cells
why is surface area an important factor in limiting cell growth
why would a cell that can change its shape be well suited for mo
y
you should prepare for each laboratory activity by reading all t