## Homework Problem(s) [ENDORSED]

$c=\lambda v$

Haison Nguyen 1I
Posts: 30
Joined: Fri Apr 06, 2018 11:04 am

### Homework Problem(s)

I was having trouble with a few problems from Chapter 1 (such as 1.41. and 1.37). Both involved using the mass of either a proton, neutron, or both. Are we suppose to already know the mass of a proton or a neutron? (It wasn't given in the question.)

NatalieSDis1A
Posts: 39
Joined: Fri Apr 06, 2018 11:05 am

### Re: Homework Problem(s)

Those masses would be given to us on a test.

Hussein Saleh 1L
Posts: 32
Joined: Tue Feb 20, 2018 3:01 am

### Re: Homework Problem(s)  [ENDORSED]

I believe the masses would be given on the tests. You can even see the sheet given on Test 1 which was passed back last week

chris21martinez
Posts: 1
Joined: Tue Nov 14, 2017 3:01 am

### Re: Homework Problem(s)

I was needing help on question 1.13 part B in which it asks "What is the name given to the spectroscopic series to which this transition belongs?" The answer being 2.8x10^-7 m or 2.8x10^9 nm. Can someone answer me to what series it is and why?

NatalieSDis1A
Posts: 39
Joined: Fri Apr 06, 2018 11:05 am

### Re: Homework Problem(s)

chris21martinez wrote:I was needing help on question 1.13 part B in which it asks "What is the name given to the spectroscopic series to which this transition belongs?" The answer being 2.8x10^-7 m or 2.8x10^9 nm. Can someone answer me to what series it is and why?

For 1.13 part A I got 486 nm. For part B, a wavelength of 486 nanometers tells us that it is in the visible light region and is therefore part of the Balmer series (remember the Balmer series uses n =2 and is in the visible light region). I am not sure what answers you are talking about.

MariaJohn1D
Posts: 50
Joined: Wed Nov 08, 2017 3:01 am

### Re: Homework Problem(s)

The masses of these will be given on equation sheet.

Samantha Castro 1D
Posts: 20
Joined: Wed Nov 15, 2017 3:03 am

### Re: Homework Problem(s)

The masses of both of these will be on the equation sheet.