Tornadoes of any intensity can merge, however, it would be extremely unusual for two F5 tornadoes to be in such close proximity.
The closest this came to happening in Kansas in 1990. As the Hesston, Kansas tornado was beginning to dissipate the tornado that would later hit Gossel, Kansas was forming. The two tornadoes neared each other and eventually the smaller Hesston tornado, which was in its "rope-out" stage was absorbed into the other, intensifying tornado. Although both tornadoes were ultimately rated F5, neither was at F5 intensity when the two twisters merged.
Tornadoes do not typically collide with each other. If two tornadoes happen to be in close proximity, they may interact in a process known as the Fujiwhara effect, where they start to orbit each other. However, actual physical collisions between tornadoes are extremely rare.
Two objects collide with each other when they come into contact or impact each other.
Much like the nature of tornadoes themselves, the results are unpredictable, and those observed have yielded a variety of results, sometimes ones regarded as fantastic, from two tornadoes combining into one both (or more) tornadoes dissipating, to one dissipating the other, to much more varied effects.
While it may appear that multiple tornadoes are merging into each other, it is more likely that they are separate tornadoes occurring in close proximity. Tornadoes can interact with each other, but they do not typically combine or merge into a single, larger tornado.
Tornadoes do not intentionally move towards each other. However, in rare cases where two rotating updrafts occur in close proximity, they may converge and create a larger tornado or intensify each other.
The warm and the cold air collide violently with each other
Tornadoes do not typically collide with each other. If two tornadoes happen to be in close proximity, they may interact in a process known as the Fujiwhara effect, where they start to orbit each other. However, actual physical collisions between tornadoes are extremely rare.
Two objects collide with each other when they come into contact or impact each other.
If two Tornadoes collide, two things could happen. One, they could whipeout or destroy each other (in other words, stop turning.) Two, they could from an even more destructive torndoes by forming together.
When galaxies "collide", the individual stars do not actually smash together; they're far enough apart that they mostly slip past each other.
No, hurricanes do not collide with each other. If two hurricanes come close enough, they can interact in a process called the Fujiwhara effect, where they rotate around each other.
No, hurricanes do not collide with each other. Instead, they can interact in ways that influence each other's paths and intensities, but they do not physically collide.
Much like the nature of tornadoes themselves, the results are unpredictable, and those observed have yielded a variety of results, sometimes ones regarded as fantastic, from two tornadoes combining into one both (or more) tornadoes dissipating, to one dissipating the other, to much more varied effects.
While it may appear that multiple tornadoes are merging into each other, it is more likely that they are separate tornadoes occurring in close proximity. Tornadoes can interact with each other, but they do not typically combine or merge into a single, larger tornado.
because if the planets were close enough to each other to be able to have a gravitational pull strong enough to share rings, the planets would ultimately collide
solids
No, hurricanes cannot collide with each other. When two hurricanes come close to each other, they typically rotate around a common center or merge into a single, larger storm.