In 10 hours I've gotten 1300 of a 1 in 64 item with a luck of 5.72 how many more hours will it take me to get 3700 more?

1 answer

To calculate how many more hours it will take to get 3700 additional items, we first need to find your current drop rate based on the information provided.

  1. Current Drop Rate:

    • In 10 hours, you have obtained 1300 items.
    • Drop rate per hour = \( \frac{1300 \text{ items}}{10 \text{ hours}} = 130 \text{ items/hour} \).
  2. Probability Calculation:

    • You have a drop chance of \( \frac{1}{64} \), which means on average, you would expect to get 1 item every 64 attempts.
    • With a luck factor of 5.72, your effective drop probability can roughly be calculated as \( \text{Probability} = \frac{1 + \text{Luck Factor}}{64} = \frac{1 + 5.72}{64} \approx \frac{6.72}{64} \approx 0.104375 \).
    • This means for every 1 attempt, on average, you get approximately 0.104375 items.
  3. Attempts to Get 3700 Items:

    • To find out how many attempts are necessary to acquire 3700 items, we can use: \[ \text{Attempts} = \frac{3700 \text{ items}}{\text{Probability}} = \frac{3700}{0.104375} \approx 35401.1 \text{ attempts} \]
  4. Time Calculation:

    • We need to determine how long it takes to make those attempts. The average attempts made in your initial 10 hours need to be calculated first.

    • From the drop rate, in 10 hours, if you collected 1300 items, and with a likelihood of getting \( 0.104375 \) items per attempt, it is possible to calculate total attempts made in those hours.

    • Let \( X \) be the number of attempts made in 10 hours, then: \[ \text{Expected items} = X \times \text{Probability} \Rightarrow 1300 = X \times 0.104375 \Rightarrow X \approx \frac{1300}{0.104375} \approx 12427.8 \text{ attempts} \]

    • Since you completed about 12428 attempts in 10 hours, we can calculate the time taken per attempt: \[ \text{Time per attempt} = \frac{10 \text{ hours}}{12428 \text{ attempts}} \approx 0.000805 \text{ hours/attempt} \]

  5. Final Time to Get More Items:

    • Now that we know how many more attempts are necessary, we can calculate the time to complete these attempts: \[ \text{Total Time} = \text{Attempts needed} \times \text{Time per attempt} = 35401.1 \times 0.000805 \approx 28.5 \text{ hours} \]

Therefore, it will take approximately 28.5 hours to get 3700 more items at your current drop rate and luck level.