Ask your own question, for FREE!
Physics 17 Online
OpenStudy (mtalhahassan2):

Need help!! Can someone please look at my all the answer on the worksheet

OpenStudy (mtalhahassan2):

OpenStudy (mtalhahassan2):

@eabollich here is a page 1

OpenStudy (anonymous):

Thank you, The images are still quite blurry, it might help if you type out the ones you are the least sure about. I do not have enough knowlege of isotopes and radioactive decay to answer those questions. The answer to number 20 is B, not A

OpenStudy (anonymous):

I can't read how many neutrons are in the nucleus of number 5

OpenStudy (anonymous):

Everything else seems fine

OpenStudy (mtalhahassan2):

which question you can't read

OpenStudy (mtalhahassan2):

And also is 20 a or b

OpenStudy (mtalhahassan2):

I mean the question 20

OpenStudy (anonymous):

I can't read the number inside of the nucleus of the atom in question #5. Question 20 is B.

OpenStudy (mtalhahassan2):

It's 14 p and 17 n

OpenStudy (anonymous):

Great! You did a good job. I am not qualified to answer questions about isotopes and radioactivity but all of the other questions seem to be correct if you change #20.

OpenStudy (mtalhahassan2):

What is 27

OpenStudy (mtalhahassan2):

I did not get 27

OpenStudy (mtalhahassan2):

This be page 2

OpenStudy (mtalhahassan2):

OpenStudy (anonymous):

I don't see any question #27

OpenStudy (mtalhahassan2):

Ok wait but can you plz see those worksheer

OpenStudy (mtalhahassan2):

Please

OpenStudy (anonymous):

Too blurry. From what I think the questions say, I am guessing that you answered them correctly though.

OpenStudy (mtalhahassan2):

Which worksheet is blurry

OpenStudy (mtalhahassan2):

both of them

OpenStudy (mtalhahassan2):

@Data_LG2

OpenStudy (mtalhahassan2):

@eabollich

OpenStudy (mtalhahassan2):

@jagr2713

OpenStudy (mtalhahassan2):

@Haseeb96

OpenStudy (mtalhahassan2):

OpenStudy (mtalhahassan2):

can you see it

OpenStudy (mtalhahassan2):

OpenStudy (mtalhahassan2):

Is anyone good in physics

OpenStudy (iamstark):

Can you please repost your question in a new thread one by one. It's quite confusing here.

OpenStudy (mtalhahassan2):

ok wait I will try

OpenStudy (mtalhahassan2):

OpenStudy (mtalhahassan2):

@IamStark

OpenStudy (mtalhahassan2):

@MilkNCookies

OpenStudy (mtalhahassan2):

@IamStark know its kind of better

OpenStudy (mtalhahassan2):

OpenStudy (mtalhahassan2):

what would be the answer for this one

OpenStudy (mtalhahassan2):

I choose b

OpenStudy (iamstark):

ok, so in an \(\alpha\) decay, a nucleus sheds two protons and two neutrons which are collectively called as an \(\alpha\) particle. So, in this case the atomic number of the parent atom will decrease with 2 and the mass number will decrease with 4.

OpenStudy (iamstark):

Ar you getting my point?

OpenStudy (mtalhahassan2):

yes so it b or d

OpenStudy (mtalhahassan2):

hello

OpenStudy (iamstark):

You tell me, which one should it be?

OpenStudy (mtalhahassan2):

d

OpenStudy (mtalhahassan2):

right

OpenStudy (mtalhahassan2):

hello

OpenStudy (mtalhahassan2):

@iamMJae

OpenStudy (mtalhahassan2):

are you there

OpenStudy (iamstark):

\(\huge \checkmark\)

OpenStudy (mtalhahassan2):

ok so d is right

OpenStudy (mtalhahassan2):

OpenStudy (mtalhahassan2):

@taramgrant0543664 are you plz look at question 14

OpenStudy (mtalhahassan2):

I mean can you plz look at question 14

OpenStudy (taramgrant0543664):

The carbon 14 one?

OpenStudy (mtalhahassan2):

ye

OpenStudy (mtalhahassan2):

The standard notation for carbon-14 is shown. How many neutrons does one atom of carbon-14 contain?

OpenStudy (taramgrant0543664):

Well I can just barely read it but if it's asking about neutrons which I believe it is there is 6

OpenStudy (mtalhahassan2):

|dw:1436422055845:dw|

OpenStudy (mtalhahassan2):

a)8 b) 20 c) 6 d) 14

OpenStudy (mtalhahassan2):

so it be c

OpenStudy (taramgrant0543664):

Ya

OpenStudy (mtalhahassan2):

what about 15

OpenStudy (mtalhahassan2):

Plutonium-239 undergoes alpha decay. Which general equation would you use to help write the nuclear reaction equation for this alpha decay

OpenStudy (mtalhahassan2):

which one do you think

OpenStudy (taramgrant0543664):

B

OpenStudy (mtalhahassan2):

are you sure

OpenStudy (mtalhahassan2):

that what I get

Can't find your answer? Make a FREE account and ask your own questions, OR help others and earn volunteer hours!

Join our real-time social learning platform and learn together with your friends!
Can't find your answer? Make a FREE account and ask your own questions, OR help others and earn volunteer hours!

Join our real-time social learning platform and learn together with your friends!