The human skin cell shedding rate (called the desquamation rate) depends on factors such as the location of the skin being considered, the total area being considered, and the person's age. Even keeping the skin location, skin area, and age constant will result in different rates for different individuals.
The basic data for making approximate calculations can be found at www.nature.com/jid/journal/v74/n1/abs/5616091a.html
and Table 2 in particular.
As an example, if we take the average rate of all subjects and all sample areas given in the Table 2 referenced above, we obtain an average rate of 945 cells per square centimeter per hour. Let's assume 945 cells per square centimeter per hour is close to the average desquamation rate for the entire body even though it depends on location and the table gives actual rates that vary from a low of 530 to a high of 1856. There are 10,000 square centimeters in a square meter. Average adult humans have a skin area of somewhere between 1.5 and 2.0 square meters. This means the average adult human has somewhere between 15,000 and 20,000 square centimeters of skin. Multiplying this area by the average of 945 cells per square centimeter per hour gives us
14,175,000 to 18,900,000 cells per hour
To determine how long it would take for 10 E. coli cells to grow to 320 cells, we can use the exponential growth model of bacteria. E. coli typically divides every 20 minutes under optimal conditions. Starting with 10 cells, the population would double every 20 minutes. After 3 generations (60 minutes), the population would reach 80 cells, and after 4 generations (80 minutes), it would grow to 160 cells. Finally, after 5 generations (100 minutes), it would reach 320 cells. Thus, it would take approximately 100 minutes for 10 E. coli cells to reach 320 cells.
I think none, because Epidermis cells are on leaves.
There would be 32 cells after 5 hours. This is calculated by realizing that 5 hours is equivalent to 10 generations (5 hours / 30 minutes per generation), and each cell doubles in number in each generation (2^10 = 32).
It would be physically impossible to lose that much weight that fast. And it would be very unhealthy to lose even ten percent of that in two weeks.
If you start with 3 cells and assume each cell divides into 2 cells in each generation, you would have 3 cells in the first generation. In the second generation, that would double to 6 cells, and in the third generation, it would double again to 12 cells. Thus, after 3 generations of divisions, you would have a total of 12 cells.
To determine how long it would take for 10 E. coli cells to grow to 320 cells, we can use the exponential growth model of bacteria. E. coli typically divides every 20 minutes under optimal conditions. Starting with 10 cells, the population would double every 20 minutes. After 3 generations (60 minutes), the population would reach 80 cells, and after 4 generations (80 minutes), it would grow to 160 cells. Finally, after 5 generations (100 minutes), it would reach 320 cells. Thus, it would take approximately 100 minutes for 10 E. coli cells to reach 320 cells.
D.512
None. Before you could loose any brain cells, you would pass out and start breathing normally again.
You may think this answer is crazy but up to a hundred that is the same with kissing. How ever long you take to eat that is how many calories you lose, so lets say you take up to 20 minutes to finish a huge burger you would lose 20 calories. Here is another example if it takes you ten minutes to finish a salad then you would lose ten calories.
three
128
They lose and replace 25
I think none, because Epidermis cells are on leaves.
AwnserOnly 30 Minutes a Day.An hour To Lose weight.
every cigarette you lose 13 minutes of your life so count the number in a pack and do the math
On average, you do not lose brain cells each day. The brain has the ability to regenerate and repair itself, so the number of brain cells remains relatively stable over time.
30