Lesson 2.3 Flashcards
foundation of life
Carbon-based molecules
an atom that forms covalent bonds w/ up to 4 other carbon atoms
carbon atoms
____ atom have unique bonding properties
Carbon atoms
3 general types of structures
straight chain
branched chain
ring
made of many small subunits bonded together
carbon based molecules
the individual subunits
monomers
made of many monomers (subunits)
polymers
made of carbon, hydrogen, and oxygen
carbohydrates
carbohydrates ratio of C,H,O
1:2:1
Carbohydrates mainly include ________ and ________
sugar and starches
Carbohydrate’s polysaccharides include _____,_______,_______
starches, cellulose, and glycogen
Carbohydrate’s monosaccharides=__________
simple sugars
starches (polysaccharides) are energy stored in _______
plants
cellulose (polysaccharides) is the cell wall in ____
plants
glycogen (polysaccharides) is energy stored in __________
animals
Carbohydrates can be broken down for ____ ________
cell energy
non-polar molecules, include fats, oils, cholesterol
lipids
many contain carbon chains=fatty acids
lipids
fats and oils contain fatty acids bonded to
glycerol
two types of fatty acids
1) saturated
2) unsaturated
what makes up all cell membranes
phospholipids
______ break down as energy, make cell membranes, used to make hormones
lipids
polymers made of amino acid monomers
protein
___ diff AA used to build proteins in organisms
20
Monomer for Protein
amino acids (AA)
amino acids are linked by ______ bonds
peptide
Polymer for Protein
polypeptides
Monomer of
Nucleic Acids
nucleotides
Polymer for Nucleic Acids
DNA/RNA
which is bigger purines or pryimidines
purines
what are the Purines
Adenine and Guanine
What are the Pryimidines
Cytosine, Thymine, Oracle
Which is Oracle
RNA
Which is Thymine
DNA
Purines ring #
2 rings in Nitro-Base
Pyridines ring #
1 rings in Nitro-Base
which builds proteins and is single stranded
RNA
which stores genetic info and is double stranded
DNA
Nucleic Acids are made of s____, ph______ g___, and N____-B______
sugar, phosphate group, and Nitrogen-Base
nucleotide sugar:
Deoxyribose and Ribose