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Write an algorithm and draw a flow chart which predicts a temperature in the month of March, on 1ˢᵗ March, it started with 23 degrees and it increases by 1 degree every day, after 15 days what will be the temperature if it increases by the same.

User Erthalion
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Final Answer:

The temperature after 15 days, starting from 23°C and increasing by 1 degree each day, can be predicted using a simple algorithm. The temperature will be 38°C after 15 days.

Explanation:

To predict the temperature on the 15th day of March, you can use an algorithm that follows the pattern of an initial temperature of 23°C, increasing by 1 degree each day. Begin by setting the initial temperature value to 23. Then, iterate through 15 days, incrementing the temperature by 1 each day. The algorithm doesn't account for fluctuations or external factors that might affect the temperature.

Algorithm:

1. Set the initial temperature (T₀) to 23°C.

2. For each day from 1 to 15:

- Increase the temperature by 1 degree: Tᵢ = T₀ + i, where i represents the day.

3. At the end of the 15 days, the temperature (T₁₅) would be T₀ + 15 = 23 + 15 = 38°C.

This linear increase assumes a consistent rise of 1 degree Celsius per day, which might not perfectly reflect real-world conditions. Weather patterns and other factors can influence temperature changes, but for this hypothetical scenario, the prediction is based solely on the specified increment of 1 degree per day.

This flow chart illustrates the process:

[Flowchart Image]

The flow starts with the initial temperature set at 23°C. It loops through each day for 15 days, incrementing the temperature by 1 degree each day. After the loop, it outputs the final temperature prediction, which in this case, is 38°C after 15 days. The flowchart provides a visual representation of the steps involved in predicting the temperature increase over the specified time frame.

User Jney
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