How to pronounce “strong force” in English

So to keep all those quarks contained, traveling at such incredible speeds and in such a small space requires a very strong force.Which is why it's called the strong force.And it's mediated by particles known as gluons.

with you. It's actually the wave of the future, of people who are highly creative, who are working in, in unique and different ways, are really what's going to create a reallypositive, strong force; not just in business, but I think also in society.This is from Rudolph the Red Nose Reindeer, for those of you didn't, who haven't watched that before. The Island of Misfit Toys who are just my people.

to mining companies and others.With Google having relatively recently emerged as a leading player, a strong force in the device space,you're off to a phenomenal start, but you also have the opportunity to kind of create a new way to engage on this issue.

I know I see immigrants on both the professional and higher end and the lower ends of the service economy all the time.Now, the other ways in which immigrants have been a strong force in our economy is in terms of community and neighborhood revitalization.And we may not see that so clearly today, because things are so built up and gentrified now.

And we have a set of kind of political philosophies that are predicated on the various kind of ratios of influence of those different institutions.So if we are on the left, we think that the state should have strong force in society and provide a safety net and so forth.And if we're on the right, we think the market should be unleashed to do as much as it should.

Those quarks whiz around close to the speed of light.So to keep all those quarks contained, traveling at such incredible speeds and in such a small space requires a very strong force.Which is why it's called the strong force.

million degree temperatures. And temperature really is kinetic energy. It's motion, it's velocity. So that these particles are moving so fast that even though they're coming together and there's this repulsiveelectromagnetic force, they can still come close enough that another force comes into play, which is the strong force. And then once you getwithin a very close distance on the order of the scale of those nuclei themselves, of those atomic nuclei. So the tiniest thing you could

So in this case, we might imagine Maxwell's demon takes the high-energy particles and tries to sort them to the left side of the partition and the low-energySame is true for the weak force, which produce the W and Z particles, and for the strong force, which created the gluons.