Recent content by MitsuShai

So I'm doing a henderson hasselbach type problem. I learned in biochemistry that the uncharged form is the conjugate base [A-] and the charged form is the acid [HA]. However, I looked up on google about the henderson hasselbach equation and found that the unionized form is [HA], while the...

yeah I know that, I was asking for how the genotype can be 3:1 I think it has something to do with epistasis. There was another ratio on my homework that was tough to figure out and it was finding the genotypes that can lead to a 13:3 ratio. I applied epistasis and I got Ww+bb+ x...

There is one part that I can't figure out the answer to on my genetics homework which is finding out what genotype will give 3:1 . I've tried using so ways but I really think getting those ratios is impossible; I honestly don't see any way but I really don't want to right that down. I was at...

This is about magnetic fields.

Hi I'm suppose to find the direction of the magnetic field and the current in the diagram below and I was just wondering if I did this correctly. (red is magnetic field and blue is the current) Diagram: http://i324.photobucket.com/albums/k327/ProtoGirlEXE/100_0702.jpg And I have a few...

Thank you for that explanation.

Really? The reason I thought it was the movement of charge was because an electric field is generated by the movement of charge or maybe I'm getting this confused with the magnetic field which is generated by the movement of particles. It depends on the resistance and capacitance, so the...

Ok, I'm just trying to get this straight in my head. We are going over capacitance in voltage in lab today. 1. The electric field will decrease if charges are taken off the capacitor plates because the electric field depends on the movement of charge in the capacitor. Thus the voltage in...

ok nevermind

Hello, I don't know if I'm posting this in the right section because I need help with reading EKG graphs (and I've never had any experience with them), but I'm doing this for my physics lab class. I attached the graph I need help with. So basically, one period on the graph means one...

Understood, Thank you very much for your help :)

For the first part, you're saying that the resistance is constant because the current is the same in the current and and also current and voltage are proportional, so voltage is constant too. Since R= V/I , with V/I being a constant ratio, R is also constant. Did I screw it up, ( I do that a lot)?

I always fail to get the concepts down or not fully state the concepts, so I would appreciate it if someone reviewed my understanding of these concepts and point of the places where I'm not getting the right idea or almost got the right idea but not completely.1. What is wrong with this: "If...

Thank you so much for catching that error. I've looked over this problem many times to see if I was making an error, but I find it very hard to catch my own mistakes. :(