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OpenStudy (anonymous):

what part of the city match mitochondria

OpenStudy (blues):

Mitochondria help transfer the energy stored in food into energy which can be used to power important processes in the cell. Hope that is helpful...

OpenStudy (anonymous):

the words i have are widget,town hall,small shops, carpenters union,special carts,postal office,scrap yard hydraulic dam fence

OpenStudy (blues):

One of the options in your list takes the energy stored in flowing water and turns it into electric energy to power the city. Hmm....

OpenStudy (anonymous):

what about ribosomes

OpenStudy (blues):

One question at a time. :D Do you know which it is for mitochondria?

OpenStudy (anonymous):

hydraulic dam right

OpenStudy (blues):

Yes. Mitochondria = hydraulic dam. And for ribosomes, they are where the cell builds proteins. Then those proteins go off and do all the grunt mechanical work in the cell. One option on your list has to do with building things.

OpenStudy (anonymous):

that one is carpenters union right

OpenStudy (blues):

I think you are right.

OpenStudy (anonymous):

what about endoplasmic reticulun

OpenStudy (blues):

The endoplasmic reticulum is where lipids are made. The lipids then go into the cell membranes...

OpenStudy (anonymous):

is it small shops

OpenStudy (blues):

Yes, I think so too...

OpenStudy (anonymous):

what is golgi apparatus

OpenStudy (blues):

The golgi apparatus transports proteins and lipids around in the cell.

OpenStudy (blues):

Makes sure everything gets where it's supposed to.

OpenStudy (anonymous):

special charts right

OpenStudy (blues):

I would have said postal service myself, but it is an entirely subjective question. The 'right' answer depends on whether or not you can make a sensible case for why it is so.

OpenStudy (anonymous):

what about protein

OpenStudy (blues):

As discussed in context of ribosomes, proteins do all the specialized tasks in the cell. Like support the cell membrane, carry out respiration, all those fine things....

OpenStudy (blues):

Proteins are like all the different tools you can pick up and work with if you want to do different tasks.

OpenStudy (anonymous):

so its widget right

OpenStudy (blues):

I think it is. :D

OpenStudy (anonymous):

what about cell membrane

OpenStudy (blues):

Do you know what a cell membrane does?

OpenStudy (anonymous):

block stuff out so it would be fence right

OpenStudy (blues):

That is correct. The cell membrane surrounds the cytoplasm, so fence. :D

OpenStudy (anonymous):

what about lysosomes

OpenStudy (blues):

Lysosomes are where proteins go to be broken down and recycled.

OpenStudy (anonymous):

scrap yard right

OpenStudy (blues):

:)

OpenStudy (anonymous):

what about nucleolus that would be special carts

OpenStudy (blues):

The nucleolus contains all the DNA in the cell. The DNA contains the information the cell uses to do *everything*.

OpenStudy (anonymous):

so town hall

OpenStudy (blues):

:D

OpenStudy (anonymous):

thank you for your help

OpenStudy (blues):

No prob. Thank you for working through the problem instead of just asking for the answer. Not everyone is so considerate. :D

OpenStudy (anonymous):

where can i find a dictornary

OpenStudy (anonymous):

how can i find the words to the diffention i have the diffenction

OpenStudy (anonymous):

blues can you help me

OpenStudy (blues):

I'm not really sure what your question is...?

OpenStudy (anonymous):

i have a work sheet with defictions how do i find answers

OpenStudy (blues):

What is the work sheet on? The cell?

OpenStudy (anonymous):

all about science

OpenStudy (blues):

Hmm. It is difficult to point you toward a good reference or give you good suggestions without knowing what kind of science it is on.

OpenStudy (anonymous):

a number of organisms an ecosystem can susport

OpenStudy (blues):

It sounds like you need background information. You might do worse than read the Wikipedia article on carrying capacity (that is the number of organisms an ecosystem can support). http://en.wikipedia.org/wiki/Carrying_Capacity Once you have read the article, then go back to your work sheet and see which terms seem like things in the article you read.

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