I need help with the AP Biology Labs?

Question

I've done the first three labs and what did I get on them...

70, 75 and 79...I had straight A+s on all my labs last year in Honors Biology I and no one, not even myself can believe how bad I'm doing in AP Bio...I got a B the first quarter (Straight As and A+s and a B don't match on a report card:-( )

The one that I got a 79 on I had help from one of my college professor friends so I wanted to cry when I saw that grade...no one gets a B+ at least.

So can anyone help me with the rest of the AP Biology II labs...like someone who knows the definite answers and possibly got an A on them! THANKS SOOO MUCH

Answer 1

I have the answers to all the ap bio labs. Message me if you want them.

Answer 2

Geez... your teacher must be wack! First low grades can be hard. Talk to your teacher about the grades and how you can improve. Try the Lab Bench at phschool.com, it goes through all the concepts and steps of the lab. My teacher still hasn't graded any but my Animal Behavior Lab which I got a B+ on... if you want the others when I find out what the grades are just email.

Answer 3

Ask some specific questions on Yahoo Answers to get help. Lots of biology teachers answer on this forum.

Answer 4

Different teachers must do them different ways. Ours were so easy that everyone had As on them. Have you talked to the teacher to find out ways to bring up your grades?

Answer 5

the two words describe 2 varieties of cellular reproduction. One is sexual and the different is composed of cloning. Clones are same to their mother and father, yet offspring produced sexually are genetically unique. rather often, cells have their DNA coiled up into tight bundles commonplace as chromosomes. The chromosomes themselves are paired, however the different chromosome isn't same in terms of its DNA. Genes are sections of DNA that are responcible for observable characteristics. Hair color is an occasion. at times it rather is not needed for the two genes on the two chromosomes to be same to precise a trait. it rather is actual a dominant gene. even nonetheless, a recessive gene ought to have a precise reproduction of itself on the different chromosome to precise it rather is trait. as an occasion, all albinos have 2 same recessive albino genes. countless those characteristics are exceeded on precisely whilst a cellular clones itself. This technique is commonplace as mitosis. each strand of DNA on each chrosome duplicates itself precisely. This leads to 2 pairs of chromosomes. with the aid of fact the cellular divides, each new cellular gets an same pair of chrosomes . this suggests all the gene pairs on each set of chromosomes are precisely a similar. the hot cellular is a clone. yet another term for this form of reproduction is "asexual". Sexual reproduction is designed to combine up the gene pairs. This technique is commonplace as meiosis. The cellular starts by utilising making same copies of its chromosomes, yet incredibly of dividing as quickly as, the cellular divides two times. The 4 cells which result from this double branch have in basic terms a single chromosome from all the two chrosome pairs. those particular cells have in basic terms 0.5 the DNA of cloned cells and are commonplace as "gammetes". Egg and sperm cells are examples of animal gammetes. Pollen is an occasion of plant gammetes. with the aid of fact each gammete has in basic terms 0.5 the DNA of a cloned cellular, it additionally has in basic terms a single gene. it rather is often the two dominant or recessive. whilst it exhibits yet another gammete cellular of the different intercourse, the two recombine their DNA into straightforward gene pairs. what's important is that the gene pairs are not inevitably comparable to they have been in the cells which spawned the gammetes. 0.5 will come from the male gammete and 0.5 from the female gammete. the hot cellular will then be thoroughly unique in terms of its gene pairs. wish this facilitates. it rather is this manner of shame the learning gadget is in this manner of undesirable state of restoration.