<u>Answer:</u>
<em>4,756.66 seconds or 1.321 hours</em>
<em></em>
<u>Here's how I got that:</u>
<em>- Simply use time formula and plug in what you know -</em>
<em> </em>t = distance/speed
↓
1,427,000,000,000/300000000
↓
t = <u>4,756.66</u>
<em>~That's all folks~</em>
<em>-Siascon</em>
Answer:
J and I
Step-by-step explanation:
anything els?.... let me know
It was stated in the problem that a given volume of a is inversely proportional with the pressure of the system. It means that the as the volume increases, the pressure would decrease and as the volume decreases, the pressure would increase. We would express it as:
V α 1/P
To change it to an equality, we introduce a proportionality constant, k. We do as follows:
V = k/P
So, to determine what is asked, we need to first calculate for the value of k.
V = k/P
At V = 160 m^3 P = 108 cmHg
160 = k / (108)
k = 17280
Thus, at P = 87 cmHg
V = 17280 / 87
V = 198.62 m^3
Here is solutions step by step
Well the answer is 43.86, but if it is asking for an estimate you’d prolly round to either 40 or 45. hope this helps