Answer:
.001g/cm^3 are in 1kg/m^3
Explanation:
divide the mass / volume value by 1000
Answer:
0.021M/s
Explanation:
Rate Average = |ΔConcentration / Δtime| = | Δ[NH₃]/Δt |
= | 0.323M - 1.50M / 57.0s | = | -0.021M/s | = 0.021M/s
Note: calculation of average rate of reaction should be represented as a positive value representing 'speed' of reaction. Many will argue that speed, or rate can be negative (-), but speed is a scalar quantity that represents change of position over a period of time. Acceleration can be negative (~deceleration) but speed is absolute. For example, if one is moving at a speed of 30mi/hr then its is 30mph or it is not 30mph, but can not be a negative in the context of rate. If you bring this up, you will be challenged. Good Luck :-)
The answer is;
- Real gas particles have significant volume
- Real gas particles have more complex interactions than ideal gas particles
When using the ideal gas equation (PV= nRT)particular assumptions are made. That the molecules of the gas occupy negligible space and that the molecules only interact through elastic collision. However, the molecules of real gas have a finite volume and they interact also through intermolecular forces (such as in partially-charged molecules).
Answer:
678,408
Explanation:
Thank you for posting this incredibly challenging problem. It is questions like these that stimulate the mind and lead to educational development.
;)