Sure! Let’s break this down step by step to analyze the values, compute the Temperature-Humidity Index (THI), interpret the result, and show how you might display this in an attractive and non-intrusive way on a website.
🔢 Step 1: Understand the Inputs
From your input:
– Temperature = 30.2°C
– Relative Humidity = 86.36%
📐 Step 2: THI Formula
A common formula for computing THI (Temperature-Humidity Index) is:
\[
\text{THI} = T – \left(0.55 – 0.0055 \times RH\right) \times (T – 14.5)
\]
Where:
– T is the air temperature in °C
– RH is the relative humidity as a percentage
📊 Step 3: Plug in the Values
\[
\text{THI} = 30.2 – \left(0.55 – 0.0055 \times 86.36\right)(30.2 – 14.5)
\]
\[
\text{THI} = 30.2 – \left(0.55 – 0.47498\right)(15.7)
\]
\[
\text{THI} = 30.2 – (0.07502 \times 15.7) \approx 30.2 – 1.1788 \approx \boxed{29.02}
\]
✅ Step 4: Interpretation of THI
Using common THI classification:
– THI < 27: Comfortable
- 27 ≤ THI < 30: Caution (Mild Discomfort)
- 30 ≤ THI < 32: Moderate Discomfort
- 32 ≤ THI < 35: Severe Discomfort
- THI ≥ 35: Danger (Heat Stress)Since THI ≈ 29.02 → Mild Discomfort. Precaution advised.📝 Step 5: Web Implementation – Display Result Attractively (Non-Intrusively)Here’s a clean, floating info box (e.g., bottom right corner) injected into the page. It does NOT alter existing content and fully respects page originality.📦 HTML + CSS + JS (Embed inside