The answer depends on the force applied to the bodies.
When the massive body is extremely heavier, the lighter one will be bounced back. For some details you can see in momentum theorem.
Heavier body have grater mass which leads to greater force requirement to put them in motion. Force is given by F=ma Therefore, if m is greater than required force F is greater. Secondly, the inertia of rest of heavier object is greater than the lighter object hence the greater initial effort is required
Heat flows from hot to cold because when hot and cold bodies contact with each other (thermal contact), the fast moving molecules of the hot body collide with slow moving molecules of the cold body; therefore the molecules of hot body become slower and body becomes cool, and the molecules of other body (cold) becomes faster and the cold body becomes hot. Notice: when molecules of a body moves faster it's kinetic energy increase therefore temperature increases and it becomes hot.
Heat flows from hot to cold because when hot and cold bodies contact with each other (thermal contact), the fast moving molecules of the hot body collide with slow moving molecules of the cold body; therefore the molecules of hot body become slower and body becomes cool, and the molecules of other body (cold) becomes faster and the cold body becomes hot. Notice: when molecules of a body moves faster it's kinetic energy increase therefore temperature increases and it becomes hot.
Heat flows from hot to cold because when hot and cold bodies contact with each other (thermal contact), the fast moving molecules of the hot body collide with slow moving molecules of the cold body; therefore the molecules of hot body become slower and body becomes cool, and the molecules of other body (cold) becomes faster and the cold body becomes hot. Notice: when molecules of a body moves faster it's kinetic energy increase therefore temperature increases and it becomes hot.
the name of the white dense ring formed is AMMONIUM CHLORIDE. NH3+HCL->NH4CL. it forms closer to HCL. because NH3 travels a longer distance than HCL. we know very well that a lighter body moves faster than the heavier one.
Do some exercises ithink more repititions with lighter weights tones while heavier weights build mass.
When the massive body is extremely heavier, the lighter one will be bounced back. For some details you can see in momentum theorem.
CO2 and carbon dioxide
This means your scent will be heavier- a perfume. Eau de Toilette means your scent will be lighter- a body mist
When you exercise you breathe heavier and faster, your heart beats faster, your muscles hurt, and you sweat. These all relax when you finish exercising.
Actually if you exercise more the heavier it is. Because I was at volleyball camp and on my period it made it heavier. 2.14.11 Exactly! Even though it made your period heavier, more blood left your body and ultimatley shortened your period.
You would feel lighter since your body pushes aside a certain volume of water. Weigh this water and this value is taken from you weight whilst floating in water giving you an upthrust. This is Archimedes Principle.
enursha is the feeling of being lighter or heavier than your body really is. for example, the earth pulls a force of 1G but if a astronaut was to visit a planet with a gravitational pull of 5G's their body will feel 5 times heavier than it actually is and vice versa if they visited a planet with a gravitational pull of 0.2G's.
When velocity changes, that means that the object either moves faster, or moves slower, or moves in a different direction. Any of these changes is called "acceleration". A force is necessary to cause it.
I thought the 86 was lighter than the 87. In either case there was a body change to the S4 which would account for a difference in weight.
You feel lighter in water because water is heavier then air and nearly all of you is heavier then air, however when you get into the water parts of you want to float to the surface putting you under the impression that you are lighter.