Answer:
100 cm^3/min
Explanation:
PV = C
V = 400 cm^3
P = 160 kPa
dP/dt = + 40 kPa/min
According to the question
PV = C
Differentiate both sides with respect to time
P x dV/dt + V x dP/dt = 0
160 x dV/dt = - 400 x 40
dV/dt = - 100 cm^3/min
The volume decreases by the rate of 100 cm^3/min.
Answer:
C) Annual compounding
Explanation:
The formula for compound interest is given as
Interest = Principle × ( 1 + Interest rate )ⁿ - 1
Here,
n is the number of compounding period
and, the interest varies with the number of periods
Now,
For Annual compounding
Number of compounding period in a year will be 1
For Semi-annual compounding
Number of compounding period in a year will be 2
For Monthly compounding
Number of compounding period in a year will be 12
For Daily compounding
Number of compounding period in a year will be 365
Therefore,
For annual compounding the interest will be least.
I think it would be a cell
Answer:
Your kinetic energy is 631800 J
Explanation:
Well i hope this helps