7387928803 | Levels of Organization in the Human Body | Atom Molecule organelle cells tissue organ organ system organism | 0 | |
7387936853 | Transverse plane | divides body into upper and lower half | 1 | |
7387938715 | midsagittal plane | divides the body into left and right | 2 | |
7387943459 | anterior | to the fron | 3 | |
7387943460 | posterior | to the back | 4 | |
7387945377 | dorsal | to the back | 5 | |
7387947179 | ventral | to the belly | 6 | |
7387947181 | superior | close to the head | 7 | |
7387949125 | inferior | to the feet | 8 | |
7387952061 | caudal | at the rear | 9 | |
7387952062 | rostral | toward the head | 10 | |
7387956560 | proximal | to the trunk | 11 | |
7387956561 | distal | away from the trunk | 12 | |
7387963566 | Homeostatic control mechanism | stimulus receptor integrating center effectors results | 13 | |
7387969909 | what part of the homeostatic mechanism changes the stimulus | the effector | 14 | |
7387973671 | what structure detects the stimulus in homeostasis | the receptor | 15 | |
7387979742 | Feedback that results in the opposite direction of the stimulus | the negative feedback | 16 | |
7387991147 | what kind of feedback needs something to stop it? | positive feedback | 17 | |
7387996651 | feedback that will continue in the same direction until a climatic event occurs | positive feedback | 18 | |
7388032448 | Most common feedback to try and obtain homeostasis | negative | 19 | |
7388049805 | 4 types of tissues and what they do | Epithelial- Covers Muscle- Contracts Nervous- Conducts Connective- Completes | 20 | |
7388126806 | When are atoms most stable | when the outermost shell is full | 21 | |
7388133054 | Valence electrons 1-7 | 1- NaHK 2-CaMg C-4 5-NP 6-SO 7-Cl | 22 | |
7388144891 | 3 types of bonds | 1-Ionic 2-Covalent 3-Hydrogen | 23 | |
7388150943 | two types of covalent bonds | Polar and Non polar | 24 | |
7388154946 | Strongest bond | Covalent bonds | 25 | |
7388162083 | Weakest bond | Hydrogen bond | 26 | |
7400230878 | What is the same as alliphatic | hydrophobic/ non polar | 27 | |
7400230969 | What is an exammple of a hydro carbon | oil | 28 | |
7400232649 | What is a hydrophobic | they dont mix with hydrogen | 29 | |
7400242023 | Molecule positive with the opposite end negative | polar | 30 | |
7400243944 | molecule with only non-polar covalent bonds | non polar | 31 | |
7400250418 | unequal sharing | polar | 32 | |
7400250419 | equal sharing | non polar | 33 | |
7400252482 | both polar and non polar | amphipathic | 34 | |
7400263462 | ionic | gain and loss of electrons | 35 | |
7400265421 | a negatively charged ion | anion | 36 | |
7400265422 | a positively charged ion | cation | 37 | |
7400297176 | convalent bond holds atoms together and makes it what kind of molecular | polar | 38 | |
7400320261 | What is the universal solvent | water | 39 | |
7400320262 | what does not interact with water | hydrophobic | 40 | |
7400320263 | what is water molecule held by | hydrogen bonds | 41 | |
7400331397 | What happens when you slow down the breaking of water | ice | 42 | |
7400334671 | what happens when you speed up the breaking of the hydrogen bounds | gas- steam | 43 | |
7400375859 | In H20 which molecule is going to keep the most electrons | Oxygen | 44 | |
7400380099 | in h20 carbon keeps most of the electrons and makes the charge what | slightly positive | 45 | |
7400392320 | Why does sugar dissolve when you heat it up | the bonds can break easier and faster | 46 | |
7400409847 | when you put this in water it becomes a proton donor | acid | 47 | |
7400409848 | the more hydrogen protons in a substance the lower what! | the lower the pH balance | 48 | |
7400426162 | environmental neutral pH | 7 | 49 | |
7400432767 | human neutral pH | 7.4 | 50 | |
7400437405 | dissociates in water to produce H+ and an anion | acid | 51 | |
7400439499 | accepts H+ when added to solution | Base | 52 | |
7400456226 | absorption of H+ | base | 53 | |
7400464328 | what is an alkaline substance | base | 54 | |
7400466804 | add hydrogren that is a what | acid | 55 | |
7400469020 | removing hydrogen that is a what | base | 56 | |
7400482185 | whats the most important thing you kidneys do | make sure that your pH is balanced | 57 | |
7400508922 | a buffer is a what | a stabalizer | 58 | |
7400511061 | a buffer does what | makes sure that things dont change to quickly | 59 | |
7400560104 | expressions of concentration | mass/volume mass/ volume percent | 60 | |
7400573375 | what is the movement of diffusion | movement downhill high concentrations to low concentration | 61 | |
7400579829 | maximum disorganization | entropy | 62 | |
7400585261 | Osmosis is the diffusion of | water | 63 | |
7400587749 | What is the movement of osmosis | the direction of the stuff, water wants to dilute the stuff | 64 | |
7400604201 | moles solute/L solution 1 L of solution | molarity | 65 | |
7400607557 | moles solute/kg solvent >1 L of solution | molality | 66 | |
7400621039 | Molarity or Molality alters with changes in temperature | molarity | 67 | |
7400623239 | Molarity or Molality does not alter with changes in temperature | molality | 68 | |
7400625531 | Molarity or Molality more easily measured in the body | molarity | 69 | |
7400627000 | Molarity or Molality slightly more accurate | molality | 70 | |
7400631437 | the amount of stuff in a solution and how it will attract water | osmolality | 71 | |
7400640678 | does changing the substance as fructose or glucose going to change the osmolality | no | 72 | |
7400640679 | how do you change the amount of osmolality | by changing the amount | 73 | |
7400651368 | What happens when you but NaCL in water to the osm | it equals 2 because its 2 molecules | 74 | |
7400663383 | dextrose and normal saline: what are their osm | 300 mOsm THE SAME AS PLASMA | 75 | |
7401019305 | what is the same in an isotonic solution | the solute | 76 | |
7401056028 | lyse | burst | 77 | |
7401069855 | what seperate an organic substance from an inorganic substance | carbon | 78 | |
7401073502 | substance that has rings of C | organic | 79 | |
7401076141 | what cells do not have rings of C | inorganic | 80 | |
7401087918 | macromolecules are put together like legos with | monomers | 81 | |
7401090411 | a single chain made from monomers | polymers | 82 | |
7401129849 | dehydration synthesis | new covalent bond formed and water produced | 83 | |
7401137352 | hydrolysis | breaking it down into water molecules | 84 | |
7401150082 | 4 macromolecules of the cell | proteins nucleic acids carbohydrates lipids | 85 | |
7401159981 | protiens are made from what | dna | 86 | |
7401234928 | what is the core of an amino acid | the carbon | 87 | |
7401240865 | amino acid has what always | r group amine carboxylic | 88 | |
7401245830 | protein structure | polymers composed of strands of amino acid monomers held together by peptide bonds | 89 | |
7401258987 | whats the same as hydrocarbon | hydrophobic | 90 | |
7401298277 | sequence of amino acids in a protien | primary | 91 | |
7401298534 | secondary in a protein | folding or a-helix or B-sheet | 92 | |
7401304116 | tertiary in a protein | 3-D folding secondary structure | 93 | |
7401306749 | quaternary | association of to or more folded polypeptides | 94 | |
7401394958 | what are the monomers of proteins | amino acids | 95 | |
7401400516 | what are the monomers of nucleic acids | nucleotides | 96 | |
7401445354 | Pairing is always AT | AT CG AU(RNA | 97 | |
7401451216 | whats harder to break an AT CG | CG because they have three bonds | 98 | |
7401460675 | the monomer of a carbohydrate | monosaccarides | 99 | |
7401464904 | how many carbon molecules does gluscose hahve | 6 | 100 | |
7401577088 | Nitrogenous bases help ling together the | dna | 101 | |
7401580080 | two groups of nitrogenous bases | purines pyramidines | 102 | |
7401586066 | purines pyramidines Bigger Structure | purines | 103 | |
7401593468 | purines | adenine guanine | 104 | |
7401595912 | pyrimidines | CUT Cytosine Thymine Uracil | 105 | |
7401623211 | most common monosaccharide | glucose | 106 | |
7401627401 | primary nutriwnt supplying energy to cells | glucose | 107 | |
7401635115 | adding glucose | glycogenesis | 108 | |
7401642045 | removing glucose | glycogenolysis | 109 | |
7401652814 | where is glycogen found | in animals | 110 | |
7401654829 | where is starch found | plants | 111 | |
7410684294 | all energy that we know comes from where | the sun | 112 | |
7410685772 | the plants converse the energy into | chemical energy | 113 | |
7410690693 | energy can neither be created nor destroyed it can only CHANGE | first law | 114 | |
7410690694 | some energy is lost by heat | second law | 115 | |
7410697002 | energy currency for all cells | ATP | 116 | |
7410697879 | what captures energy and stores energy in chemical form such as glucose | photosythesis | 117 | |
7410706058 | stored energy | potential energy | 118 | |
7410708009 | energy stored in a molecules chemical bonds | chemical energy | 119 | |
7410708135 | concentration gradients example the dam | dam | 120 | |
7410711198 | energy in action | kinetic energy | 121 | |
7410723219 | equation for CH20 | Carbohydrates | 122 | |
7410723840 | equation for Ch20 +6 | glucose | 123 | |
7410724289 | energy released | exergonic | 124 | |
7410724540 | energy captured | endergonic | 125 | |
7410726532 | in an equation if energy is before arrow | its endergonic | 126 | |
7410727844 | in an equation if energy is after the aarrow | exergonic | 127 | |
7410728697 | where does aerobic respiration happen | the mitochondria | 128 | |
7410730089 | where is the energy released | mitochondria | 129 | |
7410732187 | enzymes are what | catalysts | 130 | |
7410737906 | the majority of enzymes are | proteins | 131 | |
7410756644 | what does a substrate usually involve | hydrogen and ionic bonds | 132 | |
7410757090 | what facilitates the change and active site of a protein | enzymes | 133 | |
7410758077 | ase | enzyme | 134 | |
7410759676 | mirror image of eachother | isomerase | 135 | |
7410760394 | binds two molecules together | ligase | 136 | |
7410760623 | removal of a group from a molecule | lyase | 137 | |
7410763535 | substrate | reactant | 138 | |
7414430335 | blocker | competitive inhibitor | 139 | |
7414444067 | the active site is still available but there's a site but it is not influenced by the substrate we didnt block the other active site but they change the shape of the other active site and it doesnt allow substrates to come in we also can open the site | allosteric regulators | 140 | |
7414465311 | addition of a phosphate group | protein kinases phosphorylation | 141 | |
7414466201 | removing phosphates | phosphateases dephorsphorylation | 142 | |
7414483370 | where does glycolysis occur | cytoplasm cytosol | 143 | |
7414484809 | where does aerobic cellular respiration occur | mitochochondria | 144 | |
7414518315 | the net product of glycolysis | 2 ATP | 145 | |
7414519183 | the gross production of glycolysis | 4 aTP | 146 | |
7414538740 | net products of glycolysis | 2 ATP 2 Pyruvate 2 NADH | 147 | |
7414536706 | most common electron transporter | NAD+ | 148 | |
7414545038 | how many carbons does pyruvate have | 3 | 149 | |
7414598525 | FADH2 | electron transporter | 150 | |
7414610061 | most of the energy from the glucose recovered in the first 3 stages exists in the form of | electrons | 151 | |
7421078050 | monomers of proteins | amino acids | 152 | |
7421081952 | bond thats formed by amino acids | peptide bond | 153 | |
7421134461 | monomer of carbohydrates | monosaccharides | 154 |
AP Flashcards
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