CoolFreeze23
CoolFreeze23 t1_j51r4ah wrote
Reply to Given that reproduction is difficult or impossible when both animals have different numbers of chromosomes, how did so many species evolve to have so many different numbers of them? by MercurioLeCher
I think some of the comments are misunderstanding OP's full question. They're asking, if the reproduction is difficult and the offspring are most likely sterile, how did species come to have different chromosomes at all? If we all have a common ancestor when you go back far enough, that must mean a mutation happened that caused one of them to have a different number of chromosomes. Most of the comments are saying how the actual producing offspring isnt difficult, but the fertility of that offspring is rare. But then how could those mutations in the number of chromosomes have become persistent enough that the offspring of them were fertile and able to even pass that down themselves?
CoolFreeze23 t1_j4qhhuk wrote
Reply to comment by subfootlover in New suicide hotline 3 digit 988 receiving half a million more calls texts, and chats since starting than prior 10 digit number by Inkling2424
Wrong way to look at it. Those people already wanted to kill themselves. Its a 42% increase of people who actually got help, who otherwise wouldn't.
CoolFreeze23 t1_j47lfrs wrote
Reply to comment by TunaOnWytNoCrust in Intel breaks the 6GHz barrier with $699 Core i9-13900KS processor by Avieshek
Wait someone explain please. I get that its something about Trunks and Vegeta being inefficent and Gohan and Goku being more efficent and powerful.
CoolFreeze23 t1_j47kykc wrote
Reply to comment by kkeiper1103 in Intel breaks the 6GHz barrier with $699 Core i9-13900KS processor by Avieshek
You'd be right but technology gets harder to improve the higher you go up. Going from 1mhz to 3ghz was really impressive, but the technological advancements needed to double that even further are insane.
Its like this, the iPhone 1 was released in 2007 and had a 2MP camera. And the iPhone 7 has a 12MP camera and was released in 2014. That's like in another 7 years the iPhone 15 had a 22MP camera. Sure it might *seem* like the same thing, but there's reason the phone's been at 12MP for a while. Your not doing the same thing you did from 1mhz to 3ghz as your doing from 3ghz to 6ghz
Linear progression with exponential technological advancements.
CoolFreeze23 t1_j51rx41 wrote
Reply to comment by beezlebub33 in Given that reproduction is difficult or impossible when both animals have different numbers of chromosomes, how did so many species evolve to have so many different numbers of them? by MercurioLeCher
I think your misunderstanding OP's full question. They're asking, if the reproduction is difficult and the offspring are most likely sterile, how did species come to have different chromosomes at all? If we all have a common ancestor when you go back far enough, that must mean a mutation happened that caused one of them to have a different number of chromosomes. Most of the comments are saying how the actual producing offspring isnt difficult, but the fertility of that offspring is rare. But then how could those mutations in the number of chromosomes have become persistent enough that the offspring of them were fertile and able to even pass that down themselves?
Summary: If a member of a species was born with an extra chromosome, or two chromosomes fused, their offspring have a high change of being sterile. How could the increase of decrease of a chromosome become wide spread in a species if that happens?