Understanding Firm Short Run Cost Curves
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- Опубліковано 30 чер 2024
- Hi everyone in this video I look at understanding the firm’s short-run cost curves, so both identifying the curves and understanding their shape. This is a pretty long one, so for those wanting more content rather than less.
I address Total Costs (TC), Variable Costs (VC), Fixed Costs (FC), Marginal Costs (MC), Average Total Costs (ATC), Average Variable Costs (AVC) and Average Fixed Costs (AFC).
I skip explaining why MC intersects ATC and AVC at their minimum. I do have a video on this, it is here: • Why the Marginal Cost ...
Timestamps:
0:00 Introduction
0:27 Total, Fixed and Variable Costs
2:59 Explaining the Slopes of Total Cost Curve
6:28 Marginal Cost
8:30 Average Variable Costs
10:34 Average Fixed Costs
Hope you guys are doing well!! xo
THANK U SO MUCH THIS IS THE ONLY TOPIC I STRUGGLED THIS MUCH TO UNDERSTAND
This is the first time I have actually subscribed to a channel. I really appreciate the way you explain this concept. You make it really easy to understand and learn. Thank you !
Awesome, thank you! Sometimes I feel self conscious about my videos, but comments like these make it worth it and help me make more, thank you so much 🥰
an absolutely phenomenal explanation of the cost curves. probably the best explanation of a topic I have ever seen on UA-cam.
This is such a lovely comment, thank you so much. I'm sorry about the late reply, I wanted to leave the comment on my analytics homepage for a bit so that I could see it (once I reply I don't see it on my analytics anymore). I hope that your studies went well! So happy to help, hope the studies went well ❤️❤️
This helped me out so much. I was really confused in class, but now I actually get what's going on. Thank you so much!
Glad it helped! Class can be confusing, I know all about that. Good luck with your study keep up the good effort!! :)
Summarized my first 2 weeks of a UCLA technology microeconomics class in 12 minutes, you're the best!!!
Wow that’s awesome thanks so much for your comment! Good luck with your course, you’re going to do amazing!
Marvellous. So beautifully explained! Subscribed!
Thanks and welcome! You're comments are much appreciated!
So very helpful, Thank you so much for this great explanation
Glad it was helpful! Good luck with your study and thanks for the comment :)
this video is awesome!!! your explanation is perfect
So happy to help! Thanks so much for your comment, hope you are doing well with your studies 👍🙏
Useful. Appreciate your explanation.
Glad it was helpful! Thanks!
This is brilliant thank you so much, you are resourceful.
You are very welcome 🙏 glad I could help
Fantastic! Awesome!
Thank you very much from Kyoto. Your explanation is very easy to understand😄
I'm so glad! Thanks for letting me know, and good luck with your studies 👍👍
Sooo helpful for revision, thanks dude
You're welcome, thanks for the comment! Good luck with your study :)
this was so helpful, thanks a bunch!
You're so welcome! thanks for the comment ❤️❤️
Thank you, you are an amazing educator !!
Aw too kind, thanks so much :)
Thank u so much i really feel that i understood for the first timeeee
Youre welcome! I'm so glad the video helped! ❤️❤️
your videos are very helpfull ,thanks
So nice of you to say! Thanks so much!
AHHHHH, I love you and thanks a lot for teaching me this concept. But it'd have been better if i had the data table
Glad it helped! Thanks for the feedback I will take this on board :)
Really helpful. Can you make a video explaining long run Costs and increasing and decreasing returns to scale?
Yes! I will try. I have a baby at home atm but will try to do it quickly :)
Very good explanation ma'am... Thanks a lot
Most welcome 😊 Good luck with your study!
Nicely explained....💯
Thanks so much!! 😁 so happy to help!
thank you !
Thank you , I so much understand this
You're welcome! Thank you so much for the comment, I hope that your studies went well!
Best explanation 😊
I’m so glad you think so!! ☺️ thanks for the comment ❤️
really helpful thank you
Glad it helped! thanks so much for the comment and good luck with your studies!
Beautifully explained the diminishing marginal product
Thank you for saying so! I appreciate the comment!
Thank you so much Ma'am ❤
Most welcome 😊 thanks for the comment!
amazing
Thank you! Cheers! :)
Can u makea video of how's the production function related to cost function
Yes, I’ll try to do it soon, thanks for the suggestion
Very nice... nice voice too😊
Thank-you! Good luck with your studies :) :)
Why mc cuts avc at the minimum point of avc i don't understand this topic ......plsss explain
Hi Abhishek, I address this point here ua-cam.com/video/-fhd938oKIo/v-deo.html when I discuss why MC intersects ATC at the minimum. It's the same logic for AVC, basically when MC > AVC, then AVC increases. When MC < AVC, AVC decreases. If MC = AVC, then AVC is stationary (stationary point is the turning point). Hope that helps!
@@econhelp_official thank you mam
In the long run all the cost should get covered. Then why afc doesnt touch x axis?
These are just measures of costs. It doesn’t change if they are paid or not. My dinner cost me $10, before I paid for it and after I paid for it. Does that help?
How do I find level of output if I know the marginal cost?
If perfect competition set p=mc if imperfect competition set mr=mc. Maybe this video will help: Understanding Profit Maximisation (with two examples)
ua-cam.com/video/b9_Pp87ULqM/v-deo.html
i understand the theory, can we explain it in maths proof ?
Hi! I haven't seen anything like this. Part of the problems is that it's very difficult to find production equations that will have all of the features that I discuss in the video. What you see, in practice, is that economists chose functional forms in their models that exhibit some (or most) of the features that are important for their question (and which are easy to use - solvable at the least). For instance, Cobb-Douglas production functions exhibit diminishing MP in either Labour or Capital, and also can be written such that production exhibits constant returns to scale, increasing returns to scale or decreasing returns to scale (depending on the exact characterisation of the function). I hope that helps!!
I must be stupid but I don't understand why AVC goes up ... I would think that economy of scales makes any additional output less and less costly. Marginal cost should go down as companies improve they processes and labour get better at their jobs.
You're not stupid! Thanks for the question, it's all about the increasing Marginal Cost of production due to diminishing Marginal Product because of the fixed input to production. If you understand/accept this, then it follows that Average Variable Costs increases - each unit becomes more and more expensive to make, Fixed Cost stays the same so it must be the Variable Cost component that increases, so Average Variable Costs must be increasing. Does that help?
@@econhelp_official I understand thanks! What I was missing was the 'fixed input to production'. Have a great day.
Good job! Good luck with your studies 👍
I'll also add (because I didn't read your first comment well enough!), economies of scale is a long run concept (so both inputs are variable), this video is just for the short run.
still confused.......
Sorry to hear that, feel free to ask a specific question I’ll try to help!
bits have poor explanation, such as AVC
Thank you for your feedback
@@econhelp_official i feel bad, I was tryna rush the understanding whilst not being very good at economics. The video was good and I think you linked a video that helped to explain the issue, the video is good but I think I just required the extra mile to understand the process
Aw that’s okay!! All feedback is good! I should have asked if you needed any more help, are you okay with your understanding now?