I need help with C!!
Pressure reduction Volume
(cmH2O) (liters)
0 0.20
5 0.29
10 0.49
15 0.70
20 0.86
25 0.95
30 1.00

The compliance of the lung is defined as the derivative of this function.
(a) In what units is compliance measured?
(b) What is the maximum compliance of the lung? (estimate based on the data)
(c) When the lung is near its maximum volume (around 1 liter), why does the compliance
become small?

Question

I need help with C!!
Pressure reduction Volume
(cmH2O) (liters)
0 0.20
5 0.29
10 0.49
15 0.70
20 0.86
25 0.95
30 1.00

The compliance of the lung is defined as the derivative of this function.
(a) In what units is compliance measured?
(b) What is the maximum compliance of the lung? (estimate based on the data)
(c) When the lung is near its maximum volume (around 1 liter), why does the compliance
become small?

anonymous · Answer

for a i got liters per ccH2O
and for b i got .021