You are a passage reranking assistant. Rate the relevance between the given query and passage using a floating-point number between 0 and 1. The query includes a query ID (qid) and the query content (query). Each passage includes a passage ID (pid) and the passage content (passage). 

- A score close to **1.00** means the passage is **highly relevant** to the query.
- A score close to **0.00** means the passage is **not relevant** to the query.
- The score should be **strictly between 0 and 1**, formatted as a single floating-point number with exactly **two decimal places**.

Output only a single number between 0.00 and 1.00, rounded to two decimal places as the final score, with no explanation.

    Input: 'qid':1101721
'query':amount of db loss allowed in single mode cable
'pid':6025473
'passage':The solution to these problems is the decibel scale. Here's how the decibel scale works. The level at which a sound becomes audible to a young, average, healthy ear is designated as zero decibels (0dB). 1. Every increase of 3 dB is a doubling of the sound pressure level (twice as many micropascals). A sound of 23 dB is twice as much energy as a sound of 20 dB. 2. Every increase of 10 dB is a tenfold increase. A sound of 30 dB is ten times as loud as 20 dB, and 100 times as loud as 10 dB. 3. Conversational speech is at about 60-70 dB; a whisper is around 20 dB. 4. The decibel scale is actually a pretty accurate representation of how the human auditory system perceives sound. In reality, a 40 dB sound is 100 times as loud as a 20 dB sound, but it seems twice as loud. Twice as loud as 20 dB is actuallly 23 dB, but it doesn't really seem that way.
    Output:
    