Two compressible solids are formed into spheres of the same size. The bulk modulus of sphere two is twice as large as the bulk modulus of sphere one
You now increase the pressure on both spheres by the same amount. As a result of the increased pressure, how is the change in volume of sphere two related to the change in volume of sphere one ?
A) ?V2 = 2?V1
B) ?V2 = 4?V1
C) ?V2 = ?V1
D) ?V2 = 1/2?V1
E) ?V2 = 1/4?V1
Answer: D
You might also like to view...
Why don't short-period comets have randomly oriented orbits? a. Their orbits have been altered by encounters with planets
b. Their orbits are altered by the Sun's gravitational pull. c. Their orbits have been altered by impacts from asteroids. d. Their orbits have been altered by the Lagrange points of Jupiter. e. Their orbits have been altered by solar wind particles from a CME.
Series Resonance: A 120-mH inductor is in series with a 20-? resistor and a variable capacitor that can range from 0.110 ?F to 0.400 ?F.(a) What is the range of possible resonance frequencies?(b) If the power supply is a 24-V rms source, what rms current flows at resonance?
What will be an ideal response?
A Carnot engine
A. consists of zero heat flow and constant pressure processes. B. consists of only processes which do not involve heat flow. C. consists of only isothermal processes. D. absorbs heat at a single high temperature and rejects heat at a single low temperature. E. consists of constant temperature and constant volume processes.
1.65 billion is the same as
a. 1.65 × 10^12. b. 1.65 × 10^9. c. 1.65 × 10^6. d. 1.65 × 10^5. e. 1.65 × 10^3.