there are three well known processes that each involve an ongoing change in the mass of the sun.
the sun radiates heat, thus losing energy and thus losing mass. the rate of mass loss by this process can be calculated quite easily and accurately.
the sun blows off matter continuously but somewhat irregularly. this flow of material is known as the solar wind. in this way the sun loses mass.
the sun still collects infalling stray chunks of loose material called meteors and in this way increases in mass.
i do not know the relative sizes of these three processes.
These fusion (carbon , nitrogen , and oxygen) reactions form nuclei of sightly heavier elements.
The fire inside produces hot air, hot air is lighter than clod air so it goes up!
the shuttle goes fast and when it is in space,it become less weight so it goes easier on the space shuttle.
It has less weight holding it down, so it goes higher.
Air. Density. Lighter or less dense objects float. The ash floats on the hot (less dense) air.
It depends whether the new medium is "heavier" or "lighter" than the previous medium. If it is "heavier" then the wave slows down. If it is "lighter" the wave speeds up.
satin, silk and lace and sometimes even cotton, georgette go well with satin. Basically think of lighter fabrics to contrast with heavier velvet.
As the current slows and goes around bends the heavier silt always settles first. This is the factor that causes 'meanders' in slow moving rivers. The lighter, smaller fragments are carried out to the edge of the delta.
Because the heavier football player has a much higher momentum which is product of mass and velocity. To cancel the momentum of a heavier football player one must achieve the same momentum at impact. A lighter player can only do that by increasing his velocity.Momentum = mass x velocityIf a football player weighed 100 Kg and was traveling at 5 m/s (11 miles per hour). A 50 Kg person would have to impact the heavier football player at a speed of 10 m/s (22 miles per hour) to cancel the inertia of the heavier football player.As the heavier football player goes faster it becomes increasingly difficult to stop them. You can also take several lighter players by combining their mass to stop the forward momentum of the heavier football player.
Actually the heavier ball give all kinectic energy to the smaller ball which in turn also moves forward with the same velocity as the other one ,therefore kinectic energy is conserved.
No.Momentum is a combination of weight and speed, so something lighter travelling faster can easily have the same momentum as something heavier travelling slower.So, if the bigger bike also is the heavier bike, and the bikes are always travelling at the same speed, then it will have more momentum.Otherwise, anything goes.
If your dryer didn't explode, try lighting your lighter. If your lighter lights, then you have nothing to worry about. If it doesn't go buy a new lighter.
Gases are lighter than solids and liquids, so light that they can be in our atmosphere. Example, when water evaporates it is light and goes up into our atmosphere where it will condense to form liquid, which is now heavier and more dense and therefore falls
The short answer is YES! Bigger wheels mean that if the bearing are spinning the same speed, the outside of the wheel is spinning faster than a small wheel.
Place them on the balance two at at time, starting with the two on the far left. Each time, leave the heavier one (goes lower) and take off the lighter one. You have to weigh all 7 to get the right one for Lucy.
It goes to the center as the yolk is heavier.
The idea of counterbalancing is like see-saws or scales. You use the weight a part of your body in different positions to equal the the lighter or heavier part of your body to. Example: When you do a arabesque or a scale you lean forward as your leg goes up backwards to counterbalance your weight.