EXAM SCHEDULE:
WED JAN. 19:
MOD A 8:00-9:30 - MOD B 10:00-11:30 - MAKE-UP 1:OO
THU. JAN. 20:
MOD C 8:00-9:30 - MOD D 10:00-11:30 - MAKE-UP 1:00
MON. JAN 24:
MOD E 8:00-9:30 - MOD F 10:00-11:30 - MAKE-UP 1:00
TUE JAN. 25:
MOD G 8:00-9:30 - MOD H 10:00-11:30 - MAKE-UP 1:00
** Leave a comment here if you have any questions about your review sheet!!**
What does the electron transport chain do?
ReplyDeleteIn Photosynthesis: In an electron in water is transfered to photosystem II and energized by photons from the sun. The electron is then passed to the photosystem I where it is excited again. It is then passed to NADPH. This movement of excited electrons creates highly concentrated area of hydrogen ions and when they even out they go through ATP synthase with attaches a phosphate to ADP making ATP!
ReplyDeleteIn Cellular respiration: KInda the same thing...NADH and FADH drop off their excited electrons and as its passed from carrier to carrier Hydrogen ions are passed through the membrane which creates an area of high concentration. The ions will go from high concentration to low concentration through the ATP synthase which turns like a turbine reattaching the Phosphate group and ADP making ATP! Hope this helps! look at the pictures in your book under photosynthesis and cell respiration!
how do observations,hypotheses & predictions relate to each other?
ReplyDeleteYou make Observations to form a hypothesis then you can predict the outcome of an experiment
ReplyDeleteSince there is no school today..do we have MOD A & B tomorrow or C & D?
ReplyDeleteMOD A AND B tomorrow everything is just going to be pushed back a day
ReplyDeleteare you on?
ReplyDeletetoday is delay and I only have mod B, so at what time do I come to school?
ReplyDeleteMod A exam 9:30 until 11:00
ReplyDeleteMod B exam 11:30 until 1:00
what is the difference between cellular respiration and cell respiration?
ReplyDeleteCellular respiration and cell respiration are the same thing.
ReplyDeletecharacteristics of living things: which ones are important to groups? which ones are important to individuals?
ReplyDeleteReproduction is an example. It's only important that the group can reproduce, Not each individual. If one person in the group can't reproduce it's not that bad but If the group can't reproduce..its a big problem! The species will not continue.
ReplyDeletename the stages of meiosis: what is #1 2 & 4?
ReplyDeletewhat were the parent and offspring genotypes and phenotypes in Mendel's P1 cross?
ReplyDeletewhat were the parent and offspring genotypes and phenotypes in Mendel's F1 cross?
For the study guide for the test tomorrow, I need help on #10. It says to name the stages of meiosis and it is really confusing looking.
ReplyDeleteHow does Meiosis increase Genetic variability? And name where it happens.
ReplyDelete"by crossing over and happens in prophase I"
Is this the answer?
it doesnt happen in prophase 1
ReplyDelete