Question

The graphic shows two isomers of a chemical compound with molecular formula C 5 H 11 NO 2
Which type of isomers are these?

A) Structural Isomers
B) Geometric Isomers
C) Haltropic Isomers

Answer 1

This is @Jessica47 's question

Answer 2

@Abhisar @aaronq @Soccergirl52 @Somy @Compassionate @Cpt.Sparz @Gabebro13 @ganeshie8

Answer 3

@zepdrix

Answer 4

@Luigi0210 @agent0smith

Answer 5

@robtobey @nincompoop

Answer 6

Help her pls!!!

Answer 7

SO much tags. much beauty. go insane. So doge.

Answer 8

lol.

Answer 9

Help?

Answer 10

A is the answer obviously because it is a chemical compound

Answer 11

thanks for the help. I will need more so are any of you open to help more?

Answer 12

yepppppp

Answer 13

No, there are chemical compounds that are geometric isomers, right? @tywower

Answer 14

actually @tywower was right

Answer 15

but not with this formula it cant

Answer 16

AND YOUR WELCOME

Answer 17

Cool.
Thanks @tywower !!!

Answer 18

OMG YOUR GONNA MAKE ME BLUSHH

Answer 19

lol.

Answer 20

ANY MORE QUESTIONS?????

Answer 21

Predict the chemical formula of butyne, having one carbon-carbon triple bond.

Answer 22

That's @Jessica47 's question.

Answer 23

Can someone help @OBEYrolo ?
http://openstudy.com/study#/updates/53bc19d5e4b0bbb79bdb0e40

Answer 24

Butyne: C4H6

Answer 25

Right?

Answer 26

oh wow i just nticed u just posted the answer lol yep i said the samething

Answer 27

yes thank you @BioEpic

Answer 28

No problem!

Answer 29

any questionnnnnnnnnnss

Answer 30

more questions???

Answer 31

not for about 15 minutes. I will be on break but when I come back yes

Answer 32

kk

Answer 33

How does the high specific heat of water help maintain the temperature of earth?



By heating and cooling more slowly than land or air



By heating and cooling faster than land or air



By heating faster but cooling more slowly than land or air

Answer 34

Some insects can walk on the surface of water. Which behavior of water is responsible for this phenomenon?



Capillary action



Solvent behavior



Surface tension

Answer 35

help me please