Mathematical Visual Proofs✓

YouTube @mathvisualproofs Knowledge 📍 United States

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🔄 Data last refreshed 15 hours ago

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Make a deal with Mathematical Visual Proofs

🔒 Paid proposals held safely in escrow — released only when the work's approved.

Subscribers

256K

🔥 Buzz rank

#3,657

Total Views

63.48M

Videos

619

Channel age

5 yrs

Est. monthly earnings

$117 – $234

🎁 Free analysisfor Mathematical Visual Proofs

🕵️Fake Followers CheckReal-audience % & bot risk→ 📊Engagement rateBenchmarked vs. peers→ 💰What they chargeFair sponsored-post price→

📊 Content format · share of recent views

⚡ 89%

11%

⚡ Shorts 89% · ▶️ Long-form 11% — brands place & price integrations differently across the two.

How we estimate

~201.4K recent monthly views × an estimated ad RPM of $4.90–$9.45 per 1,000 views — adjusted for Knowledge content and a US audience. About 89% of recent views are Shorts, valued separately at the much lower Shorts ad rate. Yearly ≈ $1.4K – $2.8K. Excludes sponsorships, memberships & merch. Full methodology →

Known for

58.1K views Pi From Three Arctangents

56.5K views Geometric Series Sum Visually

51.9K views Intriguing Right Triangle Area Formula

50.3K views Legislating Pi

▶️ Featured Video

17K views

🎯 Reach quality

Subscriber activation · Strong

8.4%

Share of subscribers who watch a typical recent video (avg views ÷ subscribers) — the real reach behind the subscriber count, and a quick check on whether those subscribers are still active rather than a vanity number.

Recent vs all-time

-79%

Recent videos average 21.6K vs an all-time 102.6K/video — recent uploads run below the all-time norm — much of the lifetime views sit in an older catalogue.

📈 Performance

Typical video

3.4K–14K views

Median 11.8K — the reliable floor a brand can expect, not just the headline average.

Upload rhythm

2.2× / week

Most active on Saturdays — consistent output keeps an engaged, sponsor-ready audience.

21.6K

Avg views / video

705

Avg likes

Avg comments

3.42%

Engagement rate

2.2

Uploads / week

102.6K

Lifetime avg / video

248

Views / subscriber

89%

Shorts (recent views)

Engagement rate = (likes + comments) ÷ views across recent videos.

💡 Facts

🗓️Joined YouTube in 2021 — 5 years ago.

🏆Ranked #6,822 among all influencers on SocialDB.

🎯Top Knowledge influencer — #351 in the niche.

👁️Averages 21.6K views per video.

📤Posts about 2.2× per week.

💬3.42% engagement rate.

🚀Gained 2K subscribers in the last 7 days.

📱89% of recent uploads are Shorts.

👥 Audience demographics

Estimated

Modeled from this creator's niche, platform & region — a planning estimate, not connected analytics.

Gender split

Male 52% Female 48%

Age · peak 18-24

13-177%

18-2431%

25-3430%

35-4420%

45+12%

Top geographies

United States46%
United Kingdom8%
Canada7%
Australia4%
India5%

Likely interests

EntertainmentLifestyleTrending

🕵️ Fake follower check

Estimated

87/100

Excellent Credibility score

92%

Real Real audience

Low Fake-follower risk

High Data confidence

Est. 92% real, active audience · Low fake-follower risk.
Engagement (~8.4% of subscribers watch each video) is around typical for YouTube.
Verified account.
Established account (5+ years old).
3.42% engagement — around average for this size on YouTube.
Growing — gained 3K followers in the last 30 days.

Heuristic estimate from engagement, follower ratios, account age & growth — a screening signal, not a guarantee.

💚 Brand affinity

Estimated

Brands Mathematical Visual Proofs's audience is most likely to respond to — from detected sponsorships in this niche.

Keeps

Nebula

Coinbase

Shopify

Robinhood

Brilliant

Incogni

Audible

NordVPN

Webull

About

I animate and provide some explanation for classic and newer "proofs without words," which are typically diagrams without any words that indicate how a theorem could be proved. I often pay homage to Proofs Without Words by including some animations without narration (only dramatic music :) ). I have also noticed that while there are many wonderful visual proofs available on YouTube, most of the creators do not credit the original visual proofs. I will do my best to include links and citations for each visual proof so that you can track down the original static images, which have a beauty and a wonder all their own. I create my animations using the amazing software Manimgl from 3Blue1Brown. If you want to buy me a coffee, you can do that here: https://www.buymeacoffee.com/VisualProofs