The gravitation acceleration on the moon is different than on Earth. It is 1.6 m/s^2. If you weigh 120 lbs, then you would multiply 120 pounds by the gravitational acceleration on the moon and then divide by the acceleration on Earth.
(120 lbs * 1.6) / 9.8 = 20 pounds.
The mass will always be the same no matter what planet you’re on, so it’s still 54 kg.
The absolute pressure is given by the equation,
Here, 
is absolute pressure,
is atmospheric pressure and 
is vacuum pressure.
Therefore,
The gage pressure is given by the equation,
.
Thus,
.
In kn/m^2,
The absolute pressure,
The gage pressure,
.
In lbf/in2
The absolute pressure,
The gage pressure,
In psi,
The absolute pressure,
.
The gage pressure,
In mm Hg
The absolute pressure,
The gage pressure,
Answer:
B. Containing charged regions
Explanation:
The term i.e. intermolecular forces would be used to explain the attraction forces. Here the interaction would be done between molecules etc that acts between the acts & the other types of particles i.e. neighboring like atoms or ions
So in the given case, the option b would be contributed to the molecules that have intermolecular forces
hence, the option b is correct
30 km/h * 17 h = 30*17 km/h *h
= 510 km
