**Answer:**

The formula for the average temperature in the ball is . The limit of the average temperature for the ball does not exist.

**Step-by-step explanation:**

According to the statement, we have the following direct relationship:

**(1)**

Where:

- Temperature, measured in degrees Celsius.

- Distance from the center, measured in meters.

- Proportionality constant, measured in degrees Celsius per meter.

Under the assumption that ball is a continuous entity, we find that average temperature in the ball (), measured in degrees Celsius, is represented by the following integral equation:

**(2)**

By applying **(1)** in **(2)**, we find that:

If the ball gets larger, then the limits associated to the average temperature diverges to the infinity as maximum exponent of the numerator of the rational function () is greater than the maximum exponent of the denominator (). Therefore, the limit of the average temperature for the ball does not exist.

$.71 per donut because you divide $8.50 by 12 and it determines the price of one :)

Given that there is a little information I would say all is damaged.

A greater number. 82 is 66% of 124. Brainliest answer?

<span>Product means, the answer of numbers being multiplied with
each other.

In the given situation, we need to find three numbers that will be multiplied
with each other to get a product which is 9000.</span>
<span>Now, let’s find the possible numbers to be multiplied:

=> 300 X 30 X 1

=> 9000 x 1

=> 9000

Or this one also applies:

=> 4500 x 2 x 1

=> 9000 x 1

=> 9000</span>
There are a lot of ways to get a product of 9000 by multiplying
3 digits.