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Alinthabknk,Aong tne (NO phases ofthe cardec cycle Uhe contracton Lhc hell clcd charmbar;,ciettinn Ontn #ond prescht thc ngt...

Question

Alinthabknk,Aong tne (NO phases ofthe cardec cycle Uhe contracton Lhc hell clcd charmbar;,ciettinn Ontn #ond prescht thc ngt

alinthabknk, Aong tne (NO phases ofthe cardec cycle Uhe contracton Lhc hell clcd charmbar;, ciettinn Ontn #ond prescht thc ngt



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Place the following in order of occurrence. a. Degenerate Era b. Primordial Era c. Black Hole Era d. Stelliferous Era e. the Big Bang

In this question, we have a photon, a pie maison and omega maison and a lepton, which is an electron neutrino. We want to determine which ones do not have indigenous spins. So first we're going to look at the spin of a photon, we know that this is simply equal to one. So this is not the correct option here because it does have an interest been Similarly the spin of the Pie Maison zero. And as a result, this is again an inter just, this is not the option we want. The spin of an omega maison is equal to one. So this is a game into the value. So it's not the option we won, But the spin of the electron Neutrino is equal to 1/2. The lepton does not have an interest spin. And as a result this is the correct option. As this is our lepton that doesn't have integer spin the plan.

As we all know that the spin, the spin of the E. Lipton Is equal to one x 2. Does trust the E Lipton thursday. Tv Lipton does not have does not have indeed, really spin in T. J. He spins so the correct option here. Read option D. Option D. H. Correct answer. I hope you understand these solutions. So the other is spin of mentioned E. G zero. That's why that is wrong. The spin of W mission is one, so it is wrong and the spin of photon is one, so it is also wrong.

As we all know that the expression for cross section is given by side is equal to number of reaction pulse again and a number of reaction pulse again by a number of incoming particles mp per second per military square. Not here we have given site at two B. Is equal to one P. B. Which is equal to tend to depart -2. Will be I just change the unit. Similarly I can right side, HB is equal to 10 to the power minus two will be multiplication and 10 to the power minus 34 centimeters squared per B. I just change the unit which is equal to 10 to the power minus 36 centimeter square. Now going forward and calculating the number of Higgs bones produces plus again. So let it be X. Which is equal to site. Had to be multiplication, peak loony luminosity. Let it be P. L. So just putting the value here so I can attend to the power Minor statistics, multiplication four, multiplication, 10 to the power 33 which is equal to four. Multiplication 10 to the power minus three. As the number of Higgs bones produces per second. Hip's motion produces per second. Now I can calculate the number of Higgs bone produces in one year edge, so let it be X. So I will just put the value. Yet For multiplication tend to depart -3 multiplication as we all know that one year is equal to 3153 31536 triple zero second. So just calculating it, Finally, I get the total number of Higgs bosson produces in one year at 126144 as our answer.

Wants us to place these in the following order of the events in which they happened historically said, from the very beginning of time to modern day. So the very first thing is a It's the plank era plane care is what starts. Everything's really nice images and information you can find about each of these areas out there. But we'll just list them here in order so that the plane Keira the next is f the theory of everything breaks. So this is when all of the fundamental forces air together. Um J we have the time of inflation with rapid inflation of the universe. That may have be the grand unified theory breaks, which unifies three of the four fundamental forces. E Electra week breaks, um so electricity magnetism and the strong force of the weak force break here. G electron positron pairs annihilate with one another. De big bang nuclear synthesis happens eyes the period of recombination. This begins and then after that, we can have aged the formation of Galaxies and stars. And then finally we get to modern day See today


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