Well after posting that last picture I got the urge to watch Learning Curve again. I have to admit it's not one of my favorite episodes but it's really got some really nice Sam moments in it.

O'NEILL: Okay, fun is. What you do to make yourself happy. Like music, games. It's whatever you do when you're not learning to be a rocket scientist.
MERRIN: I'm here to teach Major Carter about the reactor.
CARTER: Sounds like fun to me!
O'NEILL: Whatever. Go ahead, knock yourself out.

CARTER: Okay, that's the converter, right?
MERRIN: The heating element.
CARTER: What? W...When did we talk about the heating element?
MERRIN: In the very beginning when I described the fodinaire.
CARTER: Oh man. It can't be this hard.
MERRIN: I will begin again.
CARTER: No, wait. Let's try this a different way. How about we break everything down into its most basic components? Let's start with the reactor casing. What's it made of?
MERRIN: The fodinaire attaches..
CARTER: No. I'm sorry Merrin. We'll get to that in a minute. Right now, I just need to know what materials make up the reactor casing. It'll have to block radiation so we'll make it lead lined. See? This is easy. And the casing material would have to measure..

MERRIN: What is that?
CARTER: It's a picture of me.
Merrin looks down. It's a stick figure with a bit of hair.
CARTER: Well, I know it doesn't exactly look like me, but it's just a basic representation. See, that's all I need from you- just a basic representation of the reactor's core.

CARTER: Come on! Why, why, why aren't you working?

CARTER: Almost. Once I ran a computer simulation based on your sketches, I thought I could adapt the design to my materials. But the current is being diverted before it reaches the core. I think the shielding might be diverting power.
MERRIN: Major Carter..
CARTER: Unless.. Hey, hey, hey! The trinium is absorbing the current.
MERRIN: Correct. All.
CARTER: Wait! Sorry, let me. Okay, by reversing the polarity..
She flicks a switch and it lights up.
CARTER: That's it! We're in business!
MERRIN: Why wouldn't you let me give you the solution?
CARTER: What would have been the fun in that?
MERRIN: Fun?
CARTER: Well yeah. Figuring something out on my own, especially if it's been eluding me a while. It's far more satisfying than having the answer given to me.
MERRIN: But not as efficient.
I really like this last scene. Sam's face just lights up when she realizes what she needs to do to get the generator running on her own and Merrin just can't seem to understand why Sam would go through so much trouble.

O'NEILL: Okay, fun is. What you do to make yourself happy. Like music, games. It's whatever you do when you're not learning to be a rocket scientist.
MERRIN: I'm here to teach Major Carter about the reactor.
CARTER: Sounds like fun to me!
O'NEILL: Whatever. Go ahead, knock yourself out.

CARTER: Okay, that's the converter, right?
MERRIN: The heating element.
CARTER: What? W...When did we talk about the heating element?
MERRIN: In the very beginning when I described the fodinaire.
CARTER: Oh man. It can't be this hard.
MERRIN: I will begin again.
CARTER: No, wait. Let's try this a different way. How about we break everything down into its most basic components? Let's start with the reactor casing. What's it made of?
MERRIN: The fodinaire attaches..
CARTER: No. I'm sorry Merrin. We'll get to that in a minute. Right now, I just need to know what materials make up the reactor casing. It'll have to block radiation so we'll make it lead lined. See? This is easy. And the casing material would have to measure..

MERRIN: What is that?
CARTER: It's a picture of me.
Merrin looks down. It's a stick figure with a bit of hair.
CARTER: Well, I know it doesn't exactly look like me, but it's just a basic representation. See, that's all I need from you- just a basic representation of the reactor's core.

CARTER: Come on! Why, why, why aren't you working?

CARTER: Almost. Once I ran a computer simulation based on your sketches, I thought I could adapt the design to my materials. But the current is being diverted before it reaches the core. I think the shielding might be diverting power.
MERRIN: Major Carter..
CARTER: Unless.. Hey, hey, hey! The trinium is absorbing the current.
MERRIN: Correct. All.
CARTER: Wait! Sorry, let me. Okay, by reversing the polarity..
She flicks a switch and it lights up.
CARTER: That's it! We're in business!
MERRIN: Why wouldn't you let me give you the solution?
CARTER: What would have been the fun in that?
MERRIN: Fun?
CARTER: Well yeah. Figuring something out on my own, especially if it's been eluding me a while. It's far more satisfying than having the answer given to me.
MERRIN: But not as efficient.
I really like this last scene. Sam's face just lights up when she realizes what she needs to do to get the generator running on her own and Merrin just can't seem to understand why Sam would go through so much trouble.
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