Question

IS ANYONE WILLING TO HELP ME WITH SOMETHING!!!!!!!!!!!
PLEASE!!!!!!!!!!!:(

Answer 1

I can probably help you! What do you need help with? :)

Answer 2

3.04 HEREDITY PATTERNS.

Answer 3

Its a quiz...

Answer 4

Okay. :)

Answer 5

Is it from a test ?

Answer 6

Its 10 questions.......

Answer 7

No its not from a test....

Answer 8

Well.. I'll help you on a few questions. Not all of them though. You have to at lease try to do your own work. :)

Answer 9

Post your questions one by one.

Answer 10

I did twice and its my last time thats why i asked for help..... :(

Answer 11

kisstherains is correct, we will guide you to the answer but u'll have to put some effort too,

Answer 12

This pedigree chart tracks the inheritance of a recessive trait that is not sex-linked. Based on the information in the chart, which of the following statements is true?
Individual #8 must be heterozygous for the trait.

Individual #10 must be heterozygous for the trait.

Individual #13 must be homozygous dominant.

Individual #3 must be homozygous dominant.

Answer 13

I only need help with 4 i got the rest right.....

Answer 14

I think it's the second one..but I'm not sure. @Abhisar am I right? :)

Answer 15

Let's suppose second one is correct. Now let's see what happening. #10 is showing recessive character and recessive characters are only expressed in homozygous condition. So what do you think, is second option correct ?

Answer 16

the third one???? :/

Answer 17

#13 is showing a dominant character which can be a result of both hetero and homo conditions.

Answer 18

Have a look on the first option.

Answer 19

okay......

Answer 20

My bad.....

Answer 21

If a baby boy inherits a recessive allele from his mother, in which of the following circumstances would he most likely exhibit that recessive trait?

The allele is X-linked.

His mother’s father also exhibited the trait.

The allele skips a generation.

He inherited the dominant trait from his father.

Answer 22

I think its either the third one or the last one......??? :/

Answer 23

wt is the scnd option ?

Answer 24

His mothers fathers also exhibited the trait......

Answer 25

Males are XY and females are XX.

If the baby is a boy, it means he inherited the Y from his dad. He could have got either of his Mom's two X chromosomes. It means that even if the allele on the X is recessive the baby boy will express it because the Y does not have any alleles on it, dominant or otherwise. :)

Answer 26

So its the second one????

Answer 27

That's correct !
So the ryt option should be ?

Answer 28

opes. not d scnd oneN

Answer 29

@Tootles143 Good guess! But it's not the second one. :(

Answer 30

I said that because Abbisar asked so i figured that was the right i said it either one of the last two.....

Answer 31

Oops..i said correct for kriss

Answer 32

#CONFUSED.... :(

Answer 33

Lol I am too. xD

Answer 34

Re read what kriss explained and make one more guess. The explanation of kriss is correct.

Answer 35

So it D.......?

Answer 36

Nopes it's the first one. What do u think kriss ?

Answer 37

I agree, it's the first one. :)

Answer 38

I am never going to understand this.......!!!! :O

Answer 39

Don't say that! You'll soon get it. aha it just takes time. :)

Answer 40

okay....... :(

Answer 41

A mouse’s tail gets cut off. If the mouse has babies later, how will this affect the length of the tails of its offspring?

It depends on the length of the mate’s tail.

It will not affect the length of the tails of any of the offspring.

It will affect the length of the tails of all the offspring.

It will affect the length of the tails of some of the offspring

Answer 42

Which one do you think it is?

Answer 43

The second one...... :/

Answer 44

You're right!
What happens to a mouse's tail after it is born, within reason, does not affect their genes, which means that it will not be passed on to the offspring of the mouse.

Answer 45

YYYYYYYYYYYYYEEEEEEEEEEEESSSSSSSSSSSSSS!!!!!!!!!! :D LOL

Answer 46

I told you! It just takes time. lol xD

Answer 47

In a monohybrid cross, if the gene for tall (T) plants was incompletely dominant over the gene for short (t) plants, what would be the predicted result of crossing two intermediate (Tt) parent plants? (Hint: You may want to complete a Punnett square.)

25 percent tall, 50 percent intermediate, 25 percent short

50 percent tall, 25 percent intermediate, 25 percent short

100 percent intermediate

25 percent tall, 75 percent intermediate

Answer 48

lol

Answer 49

I think its the first..... ? ;/

Answer 50

It is the first one. Good job! ^.^

Answer 51

What are the genotypes of the parents in the monohybrid cross below if the following offspring genotypes are predicted?





?

?


?

TT

Tt




?

Tt

tt




Tt and Tt

TT and tt

Tt and TT

Tt and tt

Answer 52

Is it the first one????

Answer 53

Is there a picture or a graph for this question?

Answer 54

Yeah.....

Answer 55

Can you please post it so I can see it? :)

Answer 56

I cant it isnt a picture or anything......... :(

Answer 57

Are you still going to help me......?

Answer 58

In fruit flies, the gene for red eyes (R) is dominant and the gene for sepia eyes (r) is recessive. If two red-eyed heterozygous flies (Rr) mate together, what are the possible genotypes of their offspring? (Hint: You many want to complete a Punnett square.)

RR and Rr

Rr only

RR and rr

RR, Rr, and rr

Answer 59

Very impressive work @kisstherains !
Pat your back..keep up the good work :)

Answer 60

@kisstherains ???

Answer 61

Yes, sorry. I was afk. :) Thanks @Abhisar

Answer 62

I don't really understand that question, that's why I asked you if there was a picture or graph. lol

Answer 63

thats alright/...

Answer 64

In fruit flies, the gene for red eyes (R) is dominant and the gene for sepia eyes (r) is recessive. If two red-eyed heterozygous flies (Rr) mate together, what are the possible genotypes of their offspring? (Hint: You many want to complete a Punnett square.)

RR and Rr

Rr only

RR and rr

RR, Rr, and rr

Answer 65

I believe it's the last one. :)

Answer 66

okay thanks..... may you help me with a few more....

Answer 67

I would love to help you! Just make a new post. :)

Answer 68

f a corn plant has a genotype Sstt, what are the possible genetic combinations that could be present in a single grain of pollen produced by the plant?

Ss, tt, St, st

Ss, tt, St, ST

St, st

St, sT, st