A nuclear explosion in a nuclear reactor is not possible, the fuel cannot be assembled into a supercritical mass configuration fast enough (~1ms) as this would require explosives. If the reactor core did suddenly go slightly supercritical, the energy release would simply cause a brief partial meltdown, restoring the material to a subcritical configuration. This could trigger a steam explosion that ejected parts of the reactor core (as happened at Chernobyl) but no nuclear yield would occur.
Water heater. anything frost free, a bad thermstat if you have electric heat one possible thing to check is the service wire connection coming into the house at the meter base, corrosion on the contact lugs can cause excessive resistance/power usage.
The Gaseous buildup inside of the internal combustion chamber would cause engine failure, the engine to blow, and explode litterally
No. A slow blow fuse is intended to survive a short overload from the startup of a piece of equipment, usually a motor or power supply. If you use a fast blow fuse in this application, it will tend to blow unexpectedly.Motors usually pull four times their rated running current on startup, but only for a very short period of time. The slow blow fuse, or slow trip circuit breaker, is designed to handle this. Similarly, power supplies need to charge the primary filter capacitor from zero voltage in one line cycle on startup. Worst case is turning on the power switch at the peak of the line cycle. Inductance of the transformer (if present) and dynamic resistance of the diode mitigates this, but there is still a larger than normal current transient. Again, the slow blow protective device allows this in the short term.Hy i'm GbRlEuEeN, i used f10a(fast) fuse to replace t5a fuse(slow) but was on audio sistem(subwoofer) and i will change back as soon il get the t5a. ( i tryed f5a first but blowed instant at power up.
If a fuse fails to blow or a cut-off doesn't come into play, the insulation on the wires will melt and cause a short circuit.
Slow blow Fuse that can withstand a heavy current (up to ten times its rated value) for a small period of time before it opens. Normally used for inductive loads like fans, transformers, etc. Fast blow Fast-acting fuses have no intentional built in slow-blow and are used in circuits without transient inrush currents. Fast-acting fuse opens on overload and short-circuits very quickly. This type of fuse is not designed to withstand temporary overload currents associated with some electrical loads.
1986
31st February :-)
Japan (Fukashima Plant I). Four Reactors blow and melt down. Radiation spread throughout all of Japan.
No, a nuclear weapon needs a specific geometry to detonate, and it has to be held in this position by very high explosives to keep it in this shape. In a nuclear reactor, if the reactor core goes critical then the force of the expanding coolant will blow the reactor apart, preventing a nuclear blast.
No. Define "blow up". Power plants have malfunctions that can kill people, unrelated to nuclear fuel. Nuclear elements can be arranged to blow up but you have to get everything exactly right. More danger exists from exposure to the fuel, if it has been activated.
No.. Entirely impossible. There've been a couple meltdowns such as Chernobyl and Three Mile Island, A few scattered partial meltdowns, and a bunch of Russian Submarines. But the reactor is in no way designed to explode. They have to MAKE it explode for atomic bombs. You can't just pick up some uranium and set it on fire and hope it blows up. Explosions can happen and kick radioactive material around, but there won't be some huge mushroom cloud a mile wide. http://en.wikipedia.org/wiki/Nuclear_meltdown for more information.
Because you can blow people with the nuclear powers
No, a single nuclear weapon is not powerful enough to blow up an entire continent. The destructive power of a nuclear weapon is concentrated in a relatively small area known as the blast radius. The impact would be devastating locally, but the effect would not extend to an entire continent.
cause of excessive blow- by
Yes, the tsunami was much higher than the protective walls. Emergency generators to run rhe cooling equipment became flooded. Reactors 4, 5 and 6 were already shut down, but Reactors 1, 2 and 3 went into meltdown.
For one, the coal power station might blow up if it gets too hot, obviously causing an accident. Basically, a coal power station worker's biggest worry is if it will blow up. GO NUCLEAR ENERGY AND BARACK OBAMA
Current day Ukraine. But in 1986 when it happened it was considered the Soviet Union