Phillip Cook
Do science Stay curious Be happy đź§Şđź’Ąđź§Ş chemteacherphil@outlook.com
3.8M
Followers
59
Following
63.4M
Total Hearts
284
Videos
223.2K
Avg Hearts/Video
7.93%
Engagement Rate
6.5y
Account Age
48.8K
Followers/Month
815.0K
Hearts/Month
3.7
Videos/Month
Account Overview
What This Report Covers
The account @chemteacherphil has 3.8 million followers, indicating significant scale. Its videos achieve an average of 793,600 views, demonstrating broad reach. The 7.93% engagement rate reflects a moderate level of interaction relative to its follower base.
Account Classification
| Account Size | Macro (1M+) |
| Account Age | 2019-08-30 |
| Verification | Yes |
| Language | EN |
| Follower Ratio | 64K:1 |
Data Summary
| Videos Analyzed | 31 |
| Avg Plays per Video | 793,600 |
| Avg Likes per Video | 59,631 |
| Engagement Rate | 7.93% |
Engagement Analysis
Based on 31 videos
@chemteacherphil's engagement metrics demonstrate strong audience interaction and content resonance. With 3.8 million followers, the account achieves an overall engagement rate of 7.93%, which is significantly above the typical 1-3% range for most platforms. This rate is driven by high average likes (59,631 per video), comments (295 per video), and shares (2,989 per video). The combination of these metrics indicates that the content is not only being consumed but also actively shared and discussed, reflecting broad audience appeal. The dominance of likes (59,631) over comments (295) and shares (2,989) suggests that the audience prioritizes quick, positive feedback over deeper interaction. However, the substantial number of comments and shares—both exceeding 1,000 per video—signals meaningful engagement. Shares, in particular, indicate that the content is being recommended by followers, which can drive organic growth. The 7.93% engagement rate, when compared to industry benchmarks, highlights that the account is effectively converting its large follower base into active participants. The metrics also imply that the content resonates with viewers on both an emotional and informational level. High likes and shares suggest the content is entertaining or informative, while comments reflect a willingness to engage in dialogue. The absence of video view data limits deeper analysis of engagement per view, but the existing metrics confirm that the content is highly shareable and interactive. This balance of engagement types positions @chemteacherphil as a top-performing account in its niche.
793.6K
Avg Plays/Video
59.6K
Avg Likes/Video
295
Avg Comments/Video
3.0K
Avg Shares/Video
5.5K
Avg Saves/Video
Engagement Quality Analysis
Median-based metrics that resist fake virality and outliers.
1.6M
Median Plays
81.7K
Median Likes
3.3M
75th Percentile
5.7M
Top Video
16.56
Engagement per 1K Followers
Normalized influence metric
Total Engagement (Sample)
24,601,600
Total Plays
1,848,551
Total Likes
9,147
Total Comments
92,668
Total Shares
169,699
Total Saves
Engagement Ratios
Per-view engagement breakdown
7.51%
Likes / Views
0.04%
Comments / Views
0.38%
Shares / Views
0.69%
Saves / Views
Viral Hit Rate
Videos exceeding 2x and 5x average views
16.10%
2x Avg (5 of 31)
0%
5x Avg (2 of 31)
Consistency Score
How predictable the view count is across videos
D
CV: 1.77
Lower CV = more consistent performance
Estimated Earnings
Revenue estimates based on follower count and average video performance
Creator Fund (Est. Monthly)
Based on avg 793.6K views/video
$59 – $117
$0.02 - $0.04 per 1,000 views
Sponsorship Value (Est. Per Post)
Based on 3.8M followers (Macro (1M+))
$19,000 – $45,600
Industry rate for macro (1m+) creators
Content Strategy Analysis
Based on 31 videos
The account's content focus appears to be centered on chemistry education and personal branding, as evidenced by the repeated use of #chemistry (22x) and #chemteacherphil (22x). These hashtags dominate the top tags, indicating a strategic emphasis on niche subject matter and creator identity. The presence of #learnontiktok (11x) and #LearnOnTikTok (11x) suggests an alignment with educational content creation, potentially targeting learners seeking accessible science explanations. Thematic consistency is reinforced by the frequent use of STEM-related tags like #stemtok (3x) and #STEMTok (3x), which align with chemistry's classification within STEM fields. However, the absence of primary content categories limits deeper insights into specific educational formats or topics. The strategic use of hashtags reflects a dual focus on niche expertise and audience engagement. The identical usage count for #learnontiktok and #LearnOnTikTok (11x each) highlights a potential case sensitivity strategy to maximize reach across platforms or audiences. The lower frequency of tags like #onthisday (3x) and #debates (1x) suggests occasional engagement with historical context or discussion-based content, but these are secondary to the core chemistry and educational themes. Without primary content categories, the strategy relies heavily on hashtag-driven visibility, which may prioritize algorithmic discovery over structured content categorization. The account’s hashtag strategy appears to balance personal branding, educational outreach, and STEM community alignment.
Video Duration Breakdown
38s
Average Duration
Original Sound Usage
Percentage of videos using the creator's own audio
Content Details
1
Pinned Videos
93.5%
Duet Enabled
93.5%
Stitch Enabled
Average caption length: 612 characters
Content Languages:
Posting Patterns & Optimal Timing
Based on 31 videos
Posting Frequency
| Videos per Week | 0.2 |
| Avg Gap Between Posts | 777.7h |
| Data Range | 972 days |
Most Active Days
Posting Hours (UTC)
Timing Insights
Understanding when a creator posts and when their audience is most responsive provides valuable competitive intelligence. The charts above show when @chemteacherphil's content is published, which often correlates with when their specific audience is most active on the platform. Peak posting times vary based on audience demographics, timezone distribution, and content type.
Top Videos
Top 10 by play count
18.2M
Combined Plays (Top 5)
1.5M
Combined Likes (Top 5)
3.6M
Avg Plays per Top Video
Pinned Video
Videos pinned to the top of @chemteacherphil's profile page
Rubber tires are essentially composed of a single molecule of cross linked polyisoprene. The old tire patches I use in this video are little more than metal discs filled with a combustable mixture with a thin rubber patch on the underside. When the mixture is ignited, it gets hot enough to cause the
5.7M
Views
420.2K
Likes
975
Comments
4.6K
Shares
21.6K
Saves
So if you want to know what’s going on in this, here’s the details. Alka-Seltzer tablets are essentially a solid mix of two components; citric acid and sodium bicarbonate. In the solid state, they aren’t able to react with one another, but as soon as water is added, they dissolve and react to form c
3.3M
Views
140.1K
Likes
189
Comments
1.0K
Shares
6.9K
Saves
I built a simple setup to demonstrate how Li-Fi: light-based wireless communication, can be used to transmit sound using visible light. An audio signal from my iPad is amplified and sent to a light-emitting diode (LED), converting the sound into rapid fluctuations in light intensity. When the flicke
2.9M
Views
242.6K
Likes
3.6K
Comments
27.0K
Shares
34.8K
Saves
It is surprisingly easy to make your own fuel gel. All you really need are three ingredients: eggshells, vinegar and alcohol. Gel fuels like sterno, are useful because they provide a clean burning flame with minimal risk of spilling the fuel. Making a gel fuel requires encapsulating a combustible li
1.8M
Views
128.2K
Likes
970
Comments
10.3K
Shares
36.0K
Saves
#onthisday
1.3M
Views
35.1K
Likes
380
Comments
1.8K
Shares
3.0K
Saves
I took the #SpeakYourMind Ice Bucket Challenge — with a chemistry twist. My students nominated me, so I treated my lab coat with a hydrophobic silicone spray (because science 🧪) and put it to the test… spoiler: ice water still wins. But this challenge is about more than staying dry — it’s about sup
647.9K
Views
22.3K
Likes
141
Comments
283
Shares
1.1K
Saves
In 1884, an Austrian chemist named Carl Auer von Welsbach invented the thorium gas mantle, sometimes called the Welsbach mantle or Auerlicht. It was actually the first commercial use of thorium, and it became the way to light homes, cabins, and eventually camping lanterns like the one you see me use
640.5K
Views
30.0K
Likes
221
Comments
1.0K
Shares
2.6K
Saves
Cranberry juice is a natural pH indicator. #chemistry #chemteacherphil #learnontiktok
481.6K
Views
33.4K
Likes
169
Comments
357
Shares
1.7K
Saves
Even though the label clearly said “28% vegetable oil” I was still surprised to see how much water was in this spread! It might seem weird, but we can get oil and water to mix, we just need to use special molecules called emulsifiers. What makes emulsifiers unique (and similar to surfactants and det
456.4K
Views
27.3K
Likes
188
Comments
1.3K
Shares
1.8K
Saves
Most Common Words
Top Sounds
Key Insights & Takeaways
Key Takeaways
Strengths
- + Strong engagement rate above platform average
- + Established follower base of 3,800,000
- + Consistent growth at 48.8K followers/month
- + Active posting schedule (0.2 videos/week)
- + Verified account with platform credibility
Opportunities
- ~ Optimize posting times for peak engagement windows
- ~ Analyze top-performing content for replicable patterns
- ~ Leverage geographic targeting for regional audiences
- ~ Explore collaboration potential with similar creators
Summary
This analysis of @chemteacherphil reveals a macro (1m+) TikTok presence with 3,800,000 followers. The account demonstrates an engagement rate of 7.93%, averaging 793.6K plays per video across 31 analyzed videos. Key strengths include 63.4M total hearts and verified status, with opportunities to further optimize timing and content strategy based on the patterns identified in this report.
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Start SearchingAbout This Analysis: This analysis is based on a snapshot of @chemteacherphil's TikTok profile and recent videos. It evaluates content strategy, engagement patterns, and posting behavior. Metrics are based on 31 analyzed videos.
Data collected and analyzed by TKMetrics | Analysis date: Feb 24, 2026