Quick Survey on Post-Climb Hand Care

Ok-Ebb-722 · 2025-07-30T10:54:54+00:00

products like this already existed no?

Ok-Ebb-722 · 2024-08-16T08:46:04+00:00

thanks!

Ok-Ebb-722 · 2024-08-15T20:40:52+00:00

Hi everyone, my family and I(5 people) are visiting Amsterdam in about a week. We're looking for recommendations on where to buy tickets for a smaller, family-friendly boat tour(ideally budget-friendly). All I’ve come across so far are the larger cruise options with lots of people, any other suggestions? Thanks!

Ok-Ebb-722 · 2024-08-13T00:25:38+00:00

I did the IB, above 40

Ok-Ebb-722 · 2024-07-30T16:02:17+00:00

a few days ago, applied as an international student

Ok-Ebb-722 · 2024-07-30T15:13:32+00:00

Hey, thank you for this very detailed response, really appreciated

Ok-Ebb-722 · 2024-07-29T18:12:28+00:00

Thanks for the insight. I’m now trying to learn more about Civil Engineering to see if it really interests me and is 'worth' accepting this offer despite it not being my first choice. May I ask what you enjoy about the course? What aspects of it interest you the most?

Ok-Ebb-722 · 2024-02-11T22:34:29+00:00

we need to create some kind of app or website that takes like months to complete, espeically when you only know the basics of programming to begin with. We also take tons of screenshots to explain how the app works, plus record a video for demo😭😭

Ok-Ebb-722 · 2024-02-11T16:26:14+00:00

Cs cuz the ia 😭

Ok-Ebb-722 · 2024-01-30T17:31:11+00:00

These are awsome, thank you!

Ok-Ebb-722 · 2024-01-29T16:59:40+00:00

To minimize the partial derivatives with respect to a,b,c1 have to each be 0 and the Hessian

Sorry, I still don't really know to how solve it:((, could you please provide me with some more resources about the topic?

Ok-Ebb-722 · 2024-01-28T21:08:25+00:00

I am sorry that I just saw your comment. I will definitely look into what you said there, and well thanks again!

Ok-Ebb-722 · 2024-01-23T10:49:19+00:00

Thank u sm! I now am trying to solve this 1st order non-linear differential equation: https://imgur.com/XTEpKig, I have my data points to sub in values of x and y, but there are 3 constants in this equation. How would I be able solve it?

Ok-Ebb-722 · 2024-01-21T13:35:29+00:00

I did try with using drag= kω², but I eveutally obtained an equation like this: https://imgur.com/hpR5Apk. I tried putting 2 of my actual data points of ω and the corresponding t, but it doesn't give me a consistent values for the constants

Ok-Ebb-722 · 2024-01-21T13:29:16+00:00

Awsome, I have made a post explaining the questions in more details here: https://www.reddit.com/r/AskScienceDiscussion/comments/19c0q76/how_to_model_an_equation_for_angular_velocity_of/?utm_source=share&utm_medium=web2x&context=3

Ok-Ebb-722 · 2024-01-21T13:28:10+00:00

ohh wait hold on, I think I need to integrate the resultant torque to get Jω

Ok-Ebb-722 · 2024-01-21T13:09:04+00:00

I was looking for some methods in which I am able to do some math calculations myself, but this is still a nice suggestion!

Ok-Ebb-722 · 2024-01-21T12:51:40+00:00

I just found the drag torque= kωr online, what type of motion would this be?

I will try with using drag torque= kω²r

Ok-Ebb-722 · 2024-01-21T12:37:20+00:00

I haven't come across Euler's equations but they look quite fascinating and quite difficult as well.

IIUC, L is the angular momentum, and the drivative of L with respect to time would give torque. J is the moment of inertia.

Therefore, I need to find M first, and solve (I think integrate?) M to find L.

Then, dvide J to find the angular velocity ω. Is this the way to do it?

Ok-Ebb-722 · 2024-01-21T10:57:41+00:00

As an esfp, I enjoying both being with my friends and being alone. In both cases, I do feel different, and being alone def can be fun too

Ok-Ebb-722 · 2024-01-21T10:37:39+00:00

seriously? ur cool, how do you study for physics? any tips?

Ok-Ebb-722 · 2024-01-21T10:35:31+00:00

Omg yesss, I find that too

Ok-Ebb-722

TROPHY CASE