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.
