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':1102163
'query':why is a force considered a vector
'pid':725079
'passage':Impulse also depends on how long the force is applied. More time, more impulse. Impulse is also directly proportional to the time for which the force is applied - twice as long means twice the impulse, three times as long means three times the impulse. So, the impulse exerted on an object depends directly on both how much force is applied and for how long the force is applied. Impulse is the product of the force and the time. Impulse = (force)(time) = Ft. Impulse is a vector quantity. It has the same direction as the applied force. The fact that impulse depends on both force and time means that there is more than one way to apply a large impulse to an object - you can apply a very large force for a reasonable time, or apply a regular force for a very long time (or both!).
    Output:
    