Answer:
wouldn't it be 25 miles?? yeah
Explanation:
 
        
             
        
        
        
I think these may help. protein, calcium
        
             
        
        
        
Answer:
1.6 m/s²
Explanation:
Weight equals mass times acceleration due to gravity.
F = mg
14.4 N = (9 kg) g
g = 1.6 m/s²
 
        
                    
             
        
        
        
If the spaceship's Physicist happens to be hanging out of one side
of the ship, and he measures the speed of the photons as they pass 
him and leave the ship, he'll see them passing him at 'c' ... the speed
of light. 
When those photons pass somebody who happens to be in their 
path, and he decides to measure their speed, he'll see them move 
past him at 'c' ... the speed of light.
  
It doesn't matter whether the observer who measures them is 
moving, or at what speed.
And it doesn't matter what source the photons come from, or 
whether the source is moving, or at what speed. 
And it doesn't matter what the photons' wavelength/frequency is ... 
anything from radio to gamma rays.
The photons pass everybody at 'c' ... the speed of light.
Yes, I hear you.  That can't be true. It's crazy.
Maybe it's crazy, but it's true.
        
             
        
        
        
Answer:
W= -2.5 (p₁*0.0012) joules
Explanation:
Given that p₀= initial pressure, p₁=final pressure, Vi= initial volume=0 and Vf=final volume= 6/5 liters where p₁=p₀ then
In adiabatic compression, work done by mixture during compression is
 W=  where f= final volume and i =initial volume, p=pressure
  where f= final volume and i =initial volume, p=pressure
p can be written as p=K/V^γ where K=p₀Vi^γ =p₁Vf^γ 
W= 
W= K/1-γ ( 1/Vf^γ-1 - 1/Vi^γ-1)
W=1/1-γ (p₁Vf-p₀Vi)
W= 1/1-1.40 (p₁*6/5 -p₀*0)   
W= -2.5 (p₁*6/5*0.001)   changing liters to m³
W= -2.5 (p₁*0.0012) joules