Which is the strongest and weakest out of alpha, beta, and gamma rays?
Well, it depends on what you mean by strongest. If by strongest you mean the most penetrating, then everyone else who answered is correct, alpha is least penetrating, gamma is most penetrating. But peneration is a poor synomym for strength in my opinion. If you mean which has the highest energy, then everyone else who answered is wrong. Alpa has the most energy (~10 MeV), then beta (~1 MeV) and then gamma (~0.5 MeV). Now these are all somewhat fishy numbers because a all of these particles can have a wide variety of energies. But typically, alpha radiation packs the most punch. Now you might wonder how something with more energy would be less penetrating. That is because gamma rays do not interact as strongly with matter as alpha radiation. So the alpha particle losses all its energy very quickly onice it starts to pass through matter, and it does not penetrate very far. If by strongest, you mean which is the worst for your health, then it depends. Since alpha radiation can not penetrate paper, it is almost zero risk if it is outside of your body because the dead layer of skin that covers your living skin will block it. Gamma radiation and beta radiation can both make it into your body to cause harm. But the tables turn if you are talking about radioactive material that has found its way into your body (by ingesting or inhaling or injecting). Once in your body, alpha radiation is the worst for you because all its energy gets dpeosited in your living tissue. That is why the real toxic radiation hazards, like plutonium and polonium, are alpha emitters. But all types of radiation, in large neough doses, will make you very sick or kill you. So it depends on what you mean by the strongest. Since alpha radiation usually has the largest amount of energy and it deposits it in the shortest distance, I would say it is the strongest and gamm is the weakest.
Could someone give me a list of the weakest solid substance on earth all the way to the strongest?
Strength has a number of different meanings - tensile, compressive and shear for example. Some materials like concrete have poor tensile strength, but very high compressive strength, which is why structural concrete needs rebar to be practical. Some materials have better strength in some directions than in others - for example the tensile strength of pine wood is higher parallel to the grain. Some materials fail largely due to cracks and strength depends on the sample size - this is true of ice for example. The link gives the following list for tensile strength with the reported strength in MegaPascals Candy Floss 0, Aerogel 0, Concrete 3, Iron (pure mono-crystal) 3, Marble 15, Rubber 15, Human skin 20, Epoxy adhesive 30, Glass 33, Ice 30, High-density polyethylene (HDPE) 37, Pine wood (parallel to grain) 40, UHMWPE 52, Polyester resin (unreinforced) 55, Nylon, type 6/6 75, Polyester and Chopped Strand Mat Laminate 30% E-glass 100, Bone (limb) 130, Cast iron 4.5% C, ASTM A-48 200, Copper 99.9% Cu 220, Aluminium alloy 6063-T6 248, Cupronickel 10% Ni, 1.6% Fe, 1% Mn, balance Cu 350, Human hair 380, Structural steel ASTM A36 steel 400, Beryllium 99.9% Be 448, Aluminium alloy 2014-T6 483, Bamboo 500, Silkworm silk 500, Steel, API 5L X65[12] 531, Brass 550, Steel, high strength alloy ASTM A514 760, Mild steel 1090 841, Stainless steel AISI 302 - Cold-rolled 860, Spider silk 1000, Titanium 11 1040, AISI 4130 Steel 1110, Carbon nanotube composites 1200, Tungsten 1510, Darwin's bark spider silk[20] 1652, "Liquidmetal" alloy 1723, Sapphire (Al2O3) 1900, Sandvik Sanicro 36Mo logging cable Precision Wire 2070, S-Glass Epoxy composite[16] 2358, AerMet 340 2430, 2800 Maraging steel 2693, Polybenzoxazole (Zylon) 2700, Diamond 2800, Boron 3100, Vectran 3340, Silicon carbide (SiC) 3440, 3450, UHMWPE fibers 3500, First carbon nanotube ropes 3600, Aramid (Kevlar or Twaron) 3757, Ultra-pure silica glass fiber-optic strands 4100, 4137, S-Glass 4710, Basalt fiber[18] 4840, Micro-Melt® 10 Tough Treated Tool Steel (AISI A11)[6] 5205, Carbon fiber (Toray T1000G)[19] 6370, Silicon, monocrystalline (m-Si) 7000, Colossal carbon tube 7000, Polypropylene 7000, Boron Nitride Nanotube 33000, Carbon nanotube 63000, Graphene 130000
Put the following bonds in order from strongest to weakest?
Put the following bonds in order from strongest to weakest, with the strongest at the top of your list. A carbon-carbon bond of two electron pairs (a "double bond") A carbon-carbon bond of three electron pairs (a "triple bond") A carbon-carbon bond of one electron pair (a "single bond")
Who is strongest hokage?
1. First Hokage - He had the Wood Release, and could control Tailed-Beasts. He was able to defeat Madara, even though he had the Kyuubi on his side. I think that Madara once said that Hashirama was the most powerful shinobi he had ever faced (remember that Madara fought with such people as Minato and Onoki). 2. Fourth Hokage - Despite his young age, he was skilled enough to create powerful jutsus such as the Flying Thunder God technique and Rasengan. He was able to fight with Madara and the Nine-Tails, while protecting Naruto, Kushina, and the entire Konoha at the same time. I think that if he didn't die at such a young age, he could be the most powerful Hokage. 3. Third Hokage - He was said to know all the techniques in Konoha, and was called the "God of Shinobi". He was able to hold his own against Hashirama, Tobirama, and Orochimaru at the same time (I have no idea how), although he was almost 70 years old. 4. Second Hokage - He was the creator of the Summoning: Impure World Resurrection. According to Minato, he was very skilled in Space-Time Ninjutsu. Danzo said that he was the strongest shinobi in Konoha during his time (although I think this is exaggerated). 5. Sixth Hokage Candidate - Danzo had the First Hokage's DNA implanted into his own body, which enabled him to use the Wood Release. He also had ten Sharingans on his arm, and one more in his right eye, which allowed him to use Izanagi, and control other people without them even noticing. 6. Fifth Hokage - I consider Tsunade the weakest Hokage, because her only offensive jutsu is her Chakra Enhanced Strength. She was even defeated by Kabuto, which isn't actually that strong. She isn't completely useless, though. She is a great medical-nin, and can protect/heal many people at once using her Katsuyu.