The initial value of P*V = 0.100*150 atm-m³
<span> Each balloon has a volume of (4/3)*π*r³ and N balloons have a volume of N*(4/3)*π*r³
</span><span> When all the balloons are inflated, the pressure in the tank is the same as the pressure in the balloons, so the final value of P*V is
</span><span> 1.20*[N*(4/3)*π*r³ + 0.100]
</span><span> 0.100*150 = 1.20*[N*(4/3)*π*r³ + 0.100] solve for N:
</span><span> 15/1.2 = N*(4/3)*π*r³ + 0.100
</span><span> 12.5 - 0.100 = N*(4/3)*π*0.150³
</span><span> 12.4 = N*0.01414
</span><span> N = 877</span>
The answer is A.<span>infiltration</span>
Omnivores e<span>at both plants and meats. </span>
To solve this problem we must rely on the equations of the simple harmonic movement that define the period as a function of length and gravity as
Where
l = Length
g = Gravity
Re-arrange to find L,
Our values are given as
Replacing,
Therefore the height would be 25.348m
I believe it's the the third one. :)
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