Build ANYTHING With AI Agents For FREE! (DeepSeek-R1 Beats ChatGPT)

[@IshanSharma7390]

The best is you don't need to know coding to build ai agents. Go start building. Let me know if you have any questions :)

[@Saksham_Artwork]

how to automate trimming videos by using this process ??

[@OkkkyarrrBa]

You use coding

[@OkkkyarrrBa]

How to create any thing in n8n

[@OkkkyarrrBa]

Please Give fall Road mape to become a ai agent and automation please

[@W.D898]

@IshanSharma7390 Bhai, but also it is possible to make a AI agency, that search for winning products, example: Ebook niches

[@Thomas_automations]

That first line had me hooked. Building an AI Agents for free with no code in under 30mins is seriously impressive.

[@bharathswaroop8760]

Did he build one or just installed a pre programmed software ?

[@TylerHynesManagementofficial]

You work for 42yrs to have $2m in your retirement, Meanwhile some people are putting just $20k in a meme coin for just few months and now they are multi millionaires I pray that anyone who reads this will be successful in life

[@Joysmith-v3x]

Well explain thank you for bringing up this video Financial education is indeed required for more than 80% of the society in the country as very few are literate on the subject. The value of the US🇺🇲 dollar is declining due to inflation, but it is increasing in comparison to other currencies and commodities such as gold and real estate. I'm worried that rising inflation will cause my $550k in my retirement funds to lose value, But with the help of Mrs Sonia I hit $220k this week from my investment of $45k, I am truly grateful for all the knowledge and nuggets you have given me over the past few months.

[@EnjoyGreat]

I have been seeing so many recommendations about Mrs Sonia , she must be really good.

[@HamdanFazzaMANAGEMENT]

How ..? Am a newbie in crypto investment, please can you guide me through on how you made profit?

[@VeronicaRose-tb2mt]

I'm glad to write her tay I do hope she will help handle my paycheck properly

[@VeronicaRose-tb2mt]

Can I start with as low as $1000

[@AILab0001]

I just tried DeepSeek, and honestly, I'm impressed. Wow! The accuracy is incredible.

[@sanim8or]

I tried 7b one only. I personally want it to be accurate but it wasn't based on whatever i prompted. Mostly it was hallucinating. But still I'd like to know which model of Deepseek R1 were you using.

[@johndigital-w9o]

Thanks for the insights! Very helpful as I've been exploring AI agents myself. There's this workbeaver AI that lets you demonstrate what needs to be done, and it will do just that based on what you've shown and your instructions, and runs on local PC too. Have you encountered anything similar? A show and tell AI agent?

[@anuvabdey4596]

I was till the very end. Greattt information Ishan, i think today’s video will be one of the favourite videos from your channel. Thank you.

[@binary01school]

great video ishan, carry on

[@mirzaarshad4992]

Amazing Ishan !! You and AI Agents are life savers 👍

[@PREMSAH-k7k]

instead of installing python can we do this in vs code?

[@suvratrai8873]

​@@PREMSAH-k7ki think it might work there too, some commands need to be modified for that.

[@shazad-shbjn]

Thanks for the tutorial! We need more tutors like you! 😁

[@ed2win37]

Im glad I found you young man. Very informative indeed. I've just subscribed. You are a BO$$.

[@chriskrawczyk2589]

This is exactly what I was looking for. Thanks for the demo!

[@RAJINDARPRADHAN-j5t]

need more video on how to build ai agents and how to sell it to earn money

[@IshanSharma7390]

Coming soon!

[@MohammadBadiei-v4z]

Then I asked following question and Chat gpt o1 was wonderful !!! here is the question """ And please calculate it when this ball passed over your head from 1.5 foot of your 30 degree of your vision compare to horizontal "" DeepSeek answer me """ When the tennis ball passes over your head at a distance of 1.5 feet and at a 30-degree angle relative to the horizontal, we need to calculate its apparent size and position in your field of vision. This involves trigonometry and the principles of perspective. ____________________________________ Key Concepts: 1. Apparent Size: The apparent size of the ball is determined by the angle it subtends in your field of vision. The formula for the angular size (θθ) of an object is: θ=2arctan⁡(Actual Size2×Distance)θ=2arctan(2×DistanceActual Size) Where: o θθ is the angular size in radians or degrees. o Actual Size is the diameter of the tennis ball (approximately 2.7 inches or 0.225 feet). o Distance is the distance from your eye to the ball. 2. Position in Field of Vision: The ball is at a 30-degree angle relative to the horizontal. This means it is elevated above your horizontal line of sight. ____________________________________ Step 1: Calculate the Angular Size of the Ball Using the formula for angular size: θ=2arctan⁡(Actual Size2×Distance)θ=2arctan(2×DistanceActual Size) Substitute the values: • Actual Size = 0.225 feet • Distance = 1.5 feet θ=2arctan⁡(0.2252×1.5)=2arctan⁡(0.2253)=2arctan⁡(0.075)θ=2arctan(2×1.50.225)=2arctan(30.225)=2arctan(0.075) Using a calculator: arctan⁡(0.075)≈4.29∘arctan(0.075)≈4.29∘θ=2×4.29∘=8.58∘θ=2×4.29∘=8.58∘ So, the tennis ball subtends an angle of 8.58 degrees in your field of vision. ____________________________________ Step 2: Position in Field of Vision The ball is at a 30-degree angle relative to the horizontal. This means: • The ball is 30 degrees above your horizontal line of sight. • The angular size of the ball (8.58 degrees) is centered around this 30-degree angle. ____________________________________ Step 3: Visualizing the Ball's Position and Size • The ball appears 8.58 degrees wide in your field of vision. • It is located 30 degrees above the horizontal. • The apparent size of the ball will decrease if it moves farther away or increase if it moves closer. ____________________________________ Step 4: Rate of Change of Apparent Size (Optional) If the ball is moving, you can calculate how quickly its apparent size changes. For example, if the ball is moving away from you at a speed of 1 foot per second, the rate of change of its apparent size can be calculated using the derivative of the angular size formula with respect to distance. However, since the ball is stationary at 1.5 feet in this scenario, we do not need to calculate this. ____________________________________ Final Answer: When the tennis ball is 1.5 feet away from you and at a 30-degree angle above the horizontal: • It subtends an angular size of 8.58 degrees in your field of vision. • It appears 30 degrees above your horizontal line of sight. This calculation helps you understand how the ball's position and size are perceived in your field of vision """" And Chatgpt answered """ ChatGPT Considering various angles Hmm, I’m parsing whether the query pertains to the ball's angle as it crosses overhead or its field of vision relative to a horizontal line, and how geometry might influence this. Visualizing the scene I’m placing the observer with the ball at 1.5 feet above their head, looking at it at a 30-degree angle from the horizontal. Visualizing helps understand the spatial relationship. Figuring out horizontal and vertical displacements Calculating the horizontal displacement involves the observer's eye to the ball at a 30-degree angle from horizontal, with the ball 1.5 feet above. Figuring out distance By applying trigonometry, I determined the horizontal displacement from the vertical and calculated the hypotenuse, finding the distance to the ball is 3 feet. Calculating angular diameter I’m using trigonometry to find the angular diameter of the tennis ball, considering the distance of 3 feet and the diameter of 0.214 feet, resulting in approximately 4.1 degrees. Reinterpreting spatial context I'm curious if the 1.5-foot overhead ball should be redefined from a new spatial standpoint, possibly with a 30-degree offset from horizontal. Focusing on eye-ball distance Interestingly enough, the key variable for calculating the angular diameter of a tennis ball is the distance between your eyes and the ball's center, not the angle from the horizontal plane. Examining the vertical perception I'm curious about how the ball's size appears differently vertically and horizontally in the user's field of vision, considering both the viewing angle and the angle from horizontal. Revisiting the scenario I'm rethinking the approach and examining the calculated angular diameter of 4.1 degrees in the context of a 30-degree horizontal view. Recalculating the angle With the tennis ball's center at 1.5 ft, I’m recalculating the angular diameter, reusing the previous formula and considering the new radius of 0.107 ft. Calculating angular diameter I’m determining the angular diameter of the tennis ball, considering its 1.5 ft distance, and finding the viewing angle, which is roughly 8.16 degrees. Reassessing distance Taking a closer look, I’m adjusting my calculations for the tennis ball's distance. It’s interesting to see that the distance is approximately 3 ft, as this affects the angular diameter. Piecing together distance OK, let's think through it: defining the distance as 3 ft and using a diameter of 0.214 ft, the tennis ball appears about 4.1 degrees wide. Determining the angular diameter I'm digging into the angular diameter by confirming the ball's center is 3 ft from the eyes, with a 1.5 ft vertical offset and a 30-degree line of sight. Calculating angular diameter I’m working through interpreting the ball's position as a right triangle, with the vertical side at 1.5 ft and an angle of 30° from horizontal, leading to a 4.1-degree angular diameter. Breaking down the steps OK, let me see. From the eye line's vertical offset and 30-degree line of sight, I'm calculating the distance as 3 ft. The angular diameter is about 4.09 degrees. First, let’s restate the new situation clearly: Scenario: The tennis ball is now above you such that its center is 1.5 ft higher than your eyes, and you are looking at it at a 30° angle above the horizontal. We want to find the ball’s angular diameter in your field of view under these conditions. 1. Find Your Distance to the Ball Even though the ball is “overhead,” we need the straight‐line distance rr from your eye to the ball’s center (that is the distance we put into the angular‐diameter formula). Let rr be that straight‐line distance. Your line of sight is 30° above the horizontal (so the vertical angle from your eyes to the ball is 30°). The center of the ball is 1.5 ft above your eye level. From basic right‐triangle geometry: The vertical leg =1.5 ft=1.5ft. The angle from horizontal =30∘=30∘. So sin⁡(30∘)=oppositehypotenuse=1.5r. sin(30∘)=hypotenuseopposite=r1.5. Since sin⁡(30∘)=0.5sin(30∘)=0.5, we get 0.5=1.5r⟹r=1.50.5=3 ft. 0.5=r1.5⟹r=0.51.5=3ft. Hence, the straight‐line distance to the ball’s center is 3 ft. 2. The Angular Diameter Formula As before, for an object of diameter DD at distance rr, the angular diameter θθ (in degrees) is θdeg=2 arctan⁡ ⁣(D/2r)×180π. θdeg=2arctan(rD/2)×π180. We use D=0.214 ftD=0.214ft for a typical tennis ball (2.57 in). From step 1, r=3 ftr=3ft. 3. Plug In the Numbers Half the diameter: D2=0.2142=0.107 ft. 2D=20.214=0.107ft. The fraction inside the arctan⁡arctan: 0.1073  ≈  0.0357. 30.107≈0.0357. Evaluate arctan⁡(0.0357)arctan(0.0357) in degrees: arctan⁡(0.0357)≈2.04∘(approx.). arctan(0.0357)≈2.04∘(approx.). Double it (because of the “2×” in the formula): θdeg  ≈  2×2.04∘  =  4.08∘. θdeg≈2×2.04∘=4.08∘. So, to two decimal places, the ball subtends about 4.1∘ in your field of view. 4.1∘ in your field of view. 4. Why the 30° Tilt Does Not Change the Basic Formula Notice that any angle from horizontal or vertical does not directly alter the formula for angular diameter. The only thing that matters is the straight‐line distance to the object’s center (since angular size depends on how large the object is and how far away it is, irrespective of the direction). What changed in this scenario was figuring out that distance (3 ft) given the 1.5 ft vertical offset and a 30° line of sight. Once we have that 3 ft distance, we apply the same arctan formula as before.

[@surajkala]

gr8 video ishan. u just earned a subscriber for yourself.

[@heshamkashi]

a heartfelt thank you for this video....i am subbed for the future

[@P_Y-m7l]

Watched till the end. Thank you

[@rahulleonardhans5627]

want more ...videos like this ishan im loving this series ishan

[@nomanrizwan6458]

Hi Ishan, I always take inspiration from you I build an agent while watching your tutorial Thanks buddy.

[@seriously_sarcastic_07]

bro you are doing crazy things man

[@hrishiquemunshi4690]

I saw the video you shared this week on Best courses for AI, You should add your KZbin channel as well. You're doing really great work, keep continuing, and building and sharing opensource Information. Up and Onwards.

[@aahwanneeraj3518]

i made this following your instruction, this is really very cool. thanks for this video

[@ritheshbcanvas4963]

This was something which i needed right now.

[@williamarenas11]

Thank you so much for sharing this valuable information! Your KZbin channel is truly one of the best out there.😊👍🎵🎵

[@ShayanDanish-pe2qb]

I was there watching till the end and building as well.

[@toughmanful]

Amazing vowed by the demo. I'm gonna try this right away

[@projectmanagement1812]

Great video to learn

[@bubblebath2892]

Awesome bro ...worked like a charm ...now will try to do some automation with this

[@gurdeepsingh2837]

Great piece of knowledge! Thanks for sharing!

[@brpatil_007]

watch the video still end , AND hope you make such video again in future. Thank you very much

[@abdullahabrar1645]

I watched till the very end. Need more videos like these. I will surely try the web UI. But, I think you should build a comprehensive video about n8n the tool which you covered last... Love you from Pakistan...

[@NafeeNafee-b7r]

I'm retired at 27, went from Grace to Grace. This video here reminds me of my transformation from a nobody to good home, honest wife and 35k biweekly and a good daughter full of love

[@mdruman7302]

Loved your work.

[@paramtapkaushal2292]

I just found out you're still gatekeeping stuff!! Good for you! Being one step ahead, huh?? 😄

[@chesterstanley8487]

Thank you Lord Jesus for the gift of life and blessings to me and my family $14,120.47 weekly profit Our lord Jesus have lifted up my Life!!!🙏❤️❤️

[@HenryBlinks-vv2vw]

I'm 37 and have been looking for ways to be successful, please how??

[@chesterstanley8487]

Sure, the investment-advisor that guides me is..

[@chesterstanley8487]

Mrs Kathy lien

[@kathyfrederick7172]

Same, I met Kathy lien last year for the first time at a conference in Wilshire, after then my Life has changed for good.God bless Kathy lien

[@markdennis5910]

Her services is the best, I got a brand new Lambo last week and paid off my mortgage loan thanks to her wonderful services!

[@hrishabhyadav30]

Man, this is insane🔥🔥

[@MuhammadAhmad-h9d2g]

Best video on AI Agents.

[@Reasonableworld6872]

It' s really incredible. I am able to create ai agent. Thanks to you buddy!!! ❤️

[@vinaytambey8250]

LOVEEEDDDDD THISSSS, ISHAN BRO!!!!!❤❤🎉🎉 THANKKK YOUU SOOOOO MUCH, FOR THIS INSANELY AMAZING, USEFUL & VALUABLE INFORMATION/TUTORIAL ABOUT AI AGENTS. 🙏🙏✨✨ NOW, USING YOUR VIDEO AS A STARTING POINT OR REFERENCE, I CAN EASILY BUILD AI AGENTS. ✌️👏 PLEASE, KEEP ON MAKING SUCH AMAZING & VALUABLE CONTENT!🙏😊

[@joaquimdaniel5278]

This video was very useful for me! Thanks for this great vide 🎉👍👏

[@saswatade1432]

This is Great . Thank you Ishan .

[@FahadAli-ir7ic]

I wish soooo...........that it can boom it and also cause this exceptional and hidden video idea is according to the exact youtube algorithm as of now can, and that take 'it' to 'its' farthest.

[@Inspireuplift559]

Please make a video on the uses and how we can make money with ai agents

[@faheem3293]

Great work bro !

[@NiranjanBhati-x3z]

I watch till the end!

[@Dibyadarshi94]

I watched your video ishan. Nice work

[@CodeDaily365Days]

Ishan is back to coding...😊😅

[@profile-f8u]

I always look up your videos for update! Our government has no idea how people are suffering these days. I feel for people with disabilities not getting the help they deserve. Thank you Mrs Linda, imagine investing $1000 and receiving $5,300.

[@Yoleprince-j3k]

I'm surprised that this name is being mentioned here, I stumbled upon one of her clients testimonies on CNBC news last week...

[@Yoleprince-j3k]

Trader Linda strategy has normalised winning trades for me also. and it's a huge milestone for me looking back to how it all started

[@AndrewFirday]

SHE'S MOSTLY ON TELEGRAMS USING THE USERNAME.

[@AndrewFirday]

malindstina That's it👆👆

[@AndrewFirday]

that's her user-name

[@shakibalhassan4445]

Wow this is insane!

[@Withshahina]

amazing, insane... thanks for this content

[@navneetksaraf]

Great work Ishan, thanks for sharing. Question - How exactly did you manage to add the R1 model to the LLM config? (via OpenRouter)

[@crazy541]

Vote for real marketing course (not tool) 🔥

[@ChiragVyas-]

Yes

[@DhruvrajZala-AI]

Wow Thank You So Much Bro ❤🤯 But Please Make Video on How Can I Monitize this skills means Which AI SKILLS should I learn to Start freelancing and Agency in 2025 ?? 🤔 Please Make Videos on that topics

[@TATHAGATTHAKUR]

Ishan..this tutorial is really crazy. I just have one question. Is this similar to what we do in Replit? And how can we make it better looking so we can actually sell these ai-agents? (I'm a complete beginner so thats why asking such stupid questions). Thanks buddy!!

[@ritikagupta8125]

This is awesome 👏and u r mind blowing 👏👏👏👍

[@desi-musk]

We used to do this using selenium 10 years back, just record, save it and replay.

[@adityavishwakarma9270]

this thing was present way before AI when people used to build Checkout bots for GPUs

[@gaganbhatti3106]

Excellent work my friend! Do you have a dedicated teaching platform?

[@goodboy8833]

U earned one subscriber 😊

[@MarketMedia-l6n]

Yeah thanks for showing us how to build we also need how to sell 🎉

[@pecandubisnis]

Amazing video! Anw, how do u think the best way to sell AI agent setup service? Setting up AI agent tailored to client's needs instead of only setup for myself?

[@AlexanderM837]

From $10K to $110K that's the minimum range of profit return every week I think it's not a bad one for me, now I have enough to pay bills and take care of my family...

[@mohammedraheel7957]

Thank you! its working.

[@TheCaptainCanada]

Damn this is amazing. Thank you man! What if I have a task where I need to upload a few hundred images to a website for some graphic design, could that be possible to do? Thanks!

[@FahadAli-ir7ic]

I put my brain and effort for composing and expressing this idea of mine to a able creator and innovator like you whom I found a maestro of it. Thus, I just wish......! wiiishhhh.....!

[@ahsanali6432]

Can you please make same video for Windows user because you mentioned here for Mac user

[@NageshK-e2e]

That is great ishan thanks

[@jessefrank1401]

I watched to the very end 😎

[@MohammadBadiei-v4z]

I asked a conceptual and logic question from Chat gpt and DeepSeek , the outcome was shocking !!! Chatgpt o1 was much better than DeepSeek ! 🤯This is my question "" Please show me the formula of getting objects bigger as we approach them and calculate in these conditions: approaching straight to a tennis ball from 10 feet distance to 1 foot distance by speed of 1 foot per second? "" and this is the answer from DeepSeek "" The phenomenon where objects appear larger as you approach them is governed by the principles of perspective in optics. The apparent size of an object is inversely proportional to the distance from the observer. This relationship can be described by the formula: Apparent Size=Actual SizeDistanceApparent Size=DistanceActual Size Where: • Apparent Size is the size of the object as perceived by the observer. • Actual Size is the real size of the object. • Distance is the distance between the observer and the object. Given Conditions: • You are approaching a tennis ball straight on. • The initial distance is 10 feet, and the final distance is 1 foot. • The speed of approach is 1 foot per second. Calculation: 1. Time to Approach: The total distance to cover is 10−1=910−1=9 feet. At a speed of 1 foot per second, the time taken is: Time=DistanceSpeed=9 feet1 foot/second=9 secondsTime=SpeedDistance=1 foot/second9 feet=9 seconds 2. Apparent Size Over Time: The apparent size of the tennis ball changes as you get closer. Let’s calculate the apparent size at different distances: o At 10 feet: Apparent Size=Actual Size10Apparent Size=10Actual Size o At 5 feet: Apparent Size=Actual Size5Apparent Size=5Actual Size o At 1 foot: Apparent Size=Actual Size1=Actual SizeApparent Size=1Actual Size=Actual Size 3. The apparent size increases linearly as the distance decreases. 4. Rate of Change of Apparent Size: The rate at which the apparent size increases can be calculated as: Rate of Change=Final Apparent Size−Initial Apparent SizeTimeRate of Change=TimeFinal Apparent Size−Initial Apparent Size Substituting the values: Rate of Change=Actual Size−Actual Size109 seconds=910Actual Size9 seconds=Actual Size10 per secondRate of Change=9 secondsActual Size−10Actual Size=9 seconds109Actual Size=10Actual Size per second Summary: • The apparent size of the tennis ball increases as you approach it. • The rate at which the apparent size increases is Actual Size1010Actual Size per second. • After 9 seconds, the apparent size of the tennis ball will be equal to its actual size. This formula and calculation demonstrate how perspective affects the perceived size of objects as distance changes. "" And this is the answer from Chatgpt """ ChatGPT Analyzing angular diameter I'm thinking about how an object's angular diameter changes as we approach it, often simplified to angular size in radians. This involves the distance and real diameter relationship. Figuring out trajectory I’m considering their request to calculate the tennis ball's angular diameter as we approach at 1 foot per second, starting 10 feet away and ending 1 foot away, with a standard 2.6-inch diameter. Adjusting the angle I'm thinking about the tennis ball's angular diameter change over time as you approach it, using the formula θ(t)=2arctan⁡(dball/(2d(t)))θ(t)=2arctan(dball/(2d(t))). Calculating angles I’m working out the function θ(t)θ(t) for a tennis ball's angular diameter as it approaches from 10 feet to 1 foot over 9 seconds, evaluating angles at specific times. Calculating angular change I'm noting the change in angular diameter from 10 feet to 1 foot, translating radians to degrees. The angular measurement at 1 foot is approximately 12.3 degrees. Assessing method suitability I'm providing the function θ(t)=2arctan⁡(Dball/(2(10−t)))θ(t)=2arctan(Dball/(2(10−t))), considering if degrees or the apparent size ratio to a reference are more appropriate for the problem. Evaluating anatomical changes I'm working through how the angular diameter of the tennis ball shifts from 10 feet to 1 foot, using the formula θ(t)=2arctan⁡(0.2142(10−t))×180πθ(t)=2arctan(2(10−t)0.214)×π180. Below is a step‐by‐step outline showing how to compute an object’s apparent size (usually measured by its angular diameter) as you move directly toward it. As a concrete example, we will use a standard tennis ball being approached at 1 ft/s from 10 ft down to 1 ft. 1. The General Formula for Apparent (Angular) Size When you look at a spherical object (or any object) of actual diameter DD from a distance rr, its angular diameter θθ (in radians) can be found by: θ=2 arctan⁡ ⁣(D/2r). θ=2arctan(rD/2). In degrees, this is: θdegrees=2 arctan⁡ ⁣(D/2r) ×180π. θdegrees=2arctan(rD/2)×π180. DD = real (physical) diameter of the object. rr = distance from the viewer’s eye (or camera) to the center of the object. For small angles (if r≫Dr≫D), arctan⁡(x)≈xarctan(x)≈x, and you get the simpler approximation θ≈Dr, θ≈rD, but for better accuracy over the entire range (especially at closer distances), you should keep the full arctan form. 2. Applying It to a Tennis Ball A standard tennis ball has a diameter of about 2.57 inches, which is approximately 2.57 in÷12≈0.214 ft2.57in÷12≈0.214ft. Thus in our formula: D=0.214 ft (approximately). D=0.214ft (approximately). 3. Describing Your Motion: Distance as a Function of Time You start at 10 ft away from the center of the ball and move straight toward it at 1 ft/s, ending at 1 ft away. Let tt be the time in seconds. At t=0t=0, your distance is r(0)=10 ftr(0)=10ft. You move at 1 ft/s, so each second you reduce the distance by 1 ft: r(t)=10−t(feet). r(t)=10−t(feet). Since you stop at 1 ft, this motion takes 99 seconds (from t=0t=0 to t=9t=9). 4. Angular Size as a Function of Time Plug r(t)=10−tr(t)=10−t into the angular diameter formula: θ(t)=2 arctan⁡ ⁣(D/2 r(t) )=2 arctan⁡ ⁣(0.214/2 10−t ). θ(t)=2arctan(r(t)D/2)=2arctan(10−t0.214/2). In Degrees Often, we want the angle in degrees: θdeg(t)=2 arctan⁡ ⁣(0.214/210−t)×180π. θdeg(t)=2arctan(10−t0.214/2)×π180. Where 0≤t≤90≤t≤9. 5. Example Calculations at Key Distances At t=0t=0 seconds (distance = 10 ft): r=10 ft,θdeg=2 arctan⁡ ⁣(0.214/210)×180π. r=10ft,θdeg=2arctan(100.214/2)×π180. Numerically, 0.2142=0.10720.214=0.107. Inside the arctan: 0.10710=0.0107100.107=0.0107. For small angles, arctan⁡(0.0107)≈0.0107 radians≈0.61∘.arctan(0.0107)≈0.0107radians≈0.61∘. Thus the full angle =2×0.61∘≈1.22∘.=2×0.61∘≈1.22∘. So at 10 ft, the tennis ball subtends roughly 1.2° in your field of view. At t=9t=9 seconds (distance = 1 ft): r=1 ft,θdeg=2 arctan⁡ ⁣(0.1071)×180π. r=1ft,θdeg=2arctan(10.107)×π180. Inside the arctan: 0.107/1=0.1070.107/1=0.107. arctan⁡(0.107)≈6.1∘.arctan(0.107)≈6.1∘. Hence, θdeg≈2×6.1∘=12.2∘.θdeg≈2×6.1∘=12.2∘. So at 1 ft, the tennis ball subtends roughly 12.2° in your field of view. Hence, as you move from 10 ft to 1 ft in those 9 seconds, the apparent angular diameter of the tennis ball grows from about 1.2∘1.2∘ to about 12.2∘12.2∘. 6. Summary Formula for angular size (in degrees): θdeg(r)=2 arctan⁡ ⁣(D/2r)×180π. θdeg(r)=2arctan(rD/2)×π180. Distance over time (for a straight approach at 1 ft/s): r(t)=rstart−(speed)×t=10−t(ft, 0≤t≤9). r(t)=rstart−(speed)×t=10−t(ft, 0≤t≤9). Putting it together: θdeg(t)=2 arctan⁡ ⁣(0.214/210−t)×180π. θdeg(t)=2arctan(10−t0.214/2)×π180. This gives you how the perceived (angular) size of the tennis ball grows as you close in from 10 ft down to 1 ft at 1 ft/s.

[@shahidarshad415]

can we make a chat based Ai Agent specificaly for medical articles

[@Heartfelt656]

great one

[@ecchidesu6257]

Great video. Can you make a video on how to create a website using Ai. Keep up the good work ❤

[@FahadAli-ir7ic]

Bro I reached this most recent post of yours to communicate this message of this video which I noticed and admired on youtube while I was searching for productivity hacks-

[@masterorutea6868]

Great Video Brother

[@CopyfastAI]

Thanks for sharing :)

[@preparemytech]

I am also building tutorial on AI agents and made many AI agents till now. How can I grow this channel more.

[@EpicMorphingTV]

I have tried and succeeded, but it seems to be blocked when logging into OpenAI, Qwen accounts... to generate images or download images. It looks like it only stops at browsing the web and booking? It can't perform deeper actions?

[@yourcaremail]

ishan model: talk about the trending topics, talk about earning money in less time... profit!! selling shovels during the gold rush is a skill i guess

[@user-ny1zg7ki7q]

Sir please make a video on how to create a AI agents to create a AI Content & to do Content Automation. Please sir make a video on this

[@VitaLona-x3p]

Thanks for the forecast! I have a quick question: My OKX wallet holds USDT, and I have the seed phrase. (tag suit turtle raccoon orange fever main skull special hungry crystal mixture) . How can I transfer them to Binance?

[@munikumarr1]

This is incredible, can we make an agent that works with the applications locally for example open powerpoint and create a presentation etc.,

[@merestslayer3456]

great u taught us this. but how do we use this agent as a tool? its just via the web ui browser. but is there a way to download the code, etc.? so that we can tell people to use it

[@sruthinmnair2570]

Hi bro, ur videos are very informative. am truly loving it and upgrading my knowledge.I have a question, is there any way to send an email to a specific email if there is no login activity reported on my Google account for 1 month or if my laptop or mobile is turned off for one month. Thanks

[@GrowthWaveAudio]

After building ai agent can I port it as app or program since it will be easy access

[@jaswanthjain5900]

Hi, i hve followed u r steps and installed web ui, but in the browser whenever i type llm confirugation no action is happening, can u please guide if you dont mind.

[@viveksilwal]

Could you suggest laptop configuration to run 14b models comfortably locally

[@SpectrumMonk4422]

Do you not have any concern that your data security might be compromised ?

[@UPSC_PROSPECT]

Can you please make a guide to create ai agent for video editing?

[@ahsanmirzapk]

i have found some error but i go to chat gpt and found answer

[@hemantjadhav2194]

loved the video bro

[@CarolHernandez-f8t]

Thanks for sharing such valuable information! I need some advice: My OKX wallet holds some USDT, and I have the seed phrase. (air carpet target dish off jeans toilet sweet piano spoil fruit essay). How can I transfer them to Binance?

[@ArjunDas]

in the first step of installing browser use itself I got syntax error from python, please help

[@Ghostforreals]

"I built it without any coding"..... proceeds to code while setting up browser.

[@OkkkyarrrBa]

Details road mape of ai agent and automation expert without coding

[@algoodsfx939]

Can I do this on my old Dell inspiron laptop I try to get a local chatbot on my laptop but won't work

[@Clashcrash-t7w]

3:40 how can we do this step in Windows??

[@rishabhyadav5104]

use chatpgpt to figure out i have done the same

[@rohithpk962]

How do I launch it publicly? Like share the link of the AI agent I made so that others can also use it.

[@sg-sparshgupta3126]

how can i sell my service by building agents with n8n

[@memer9780]

What if we need some paid api key n as per need for agent ,which are very costly

[@le316suresh]

Thank You so much.

[@RakshitaSingh-w3s]

Sir i don't hv laptop which course should I do which do not require laptop n inhance my skills. Please reply