salt and water
temperature and salinity
In a compound, there is always a constant ratio between the masses of any two elements contained in the compound. This is not true generally for a mixture.
The Answer is 45Kg
The masses cannot be compared without a balance.
when two air masses collide it will produce weather changes such as wind, clouds, rain , snow, or tornadoes
The ratio is the same. Inertia depends entirely on mass.
temperature and salinity
Kinetic energy is equal to the mass of the object times the velocity squared (Ek=.5mv2). To obtain the ratio between the two objects, divide the first by the second (Ek1/Ek2). This is equivalent to .5m1v12/.5m2v22. Since the masses are equal, they cancel out and you are left with v12/v22. Next, as stated in the problem, the seceond velocity is twice as much as the first so plug that coefficient into the aforementioned equation. (1v12)/(2v22). Since the values of velocity (v) are equal in this problem, they can cancel out just as the masses did. Now, 12=1 and 22=4; so the ratio is 1/4.
Uranus and Neptune have similar mass and size. Venus and Earth are actually not as close in terms of mass. Neptune is the heavier of the two gas giants, the ratio of their masses is 0.87, while the mass ratio of Venus to Earth is only 0.82.
In a compound, there is always a constant ratio between the masses of any two elements contained in the compound. This is not true generally for a mixture.
Salinity
Gravity is independent of the medium, so the answer is 1.
Temperature and Salinity.
Two types of air masses are cold and warm air masses. When they meet each other, a front forms.
The Answer is 45Kg
When two different air masses collide they form a cloud.
Michigan is the only state made of two separate land masses.