M/s is 860 your anser is 47miles
Answer: Compressions and Rarefractions
Explanation: places where particles of a medium crowd close together are compressions and places where they spread farther apart are called rarefactions. The more energy the wave has the closer together the compressions can be and the farther apart the rarefactions will be.
First of all, the question is worded somewhat ambiguously because mass does not necessarily imply that there is a force (i.e. an object could be stationary in a system with no gravity and not have a force, or something of the like). Moreover, simply because an object is twice the mass does not mean the force will change.
However, we know from Newton's second law that F = ma. Therefore, force will increase or decrease proportionally with mass. This means if an object maintains a contestant acceleration and its mass doubles, the force that it provides will also double.
Answer:
P=1587.18 Pa
Explanation:
Given that
V= 1.77 L =1.77 x 10⁻³ m³
m = 0.226 g
Vrms= 178 m/s
We know that ideal gas equation
P V = n R T
M=Molecular wight of the gas
P M = m R T -----------1
P=Pressure ,V=Volume ,n=Moles,R=Gas constant ,T=temperature
------2
From above two equation we can say that
P=1587.18 Pa
The pressure of the gas is 1587.18 Pa