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No. If you hadn't ever learned it, could you even start a (not auto-gear) car? No.

Could you even use the simple desktop? No.

In this cases, you would probably succeed if you would search for documentation, books and used their info.

But in the case of a nuclear power plant, there is no such thing. It is a complex mechanism, you don't have any idea what you had to do. If you would be a nuclear physicist, specialized into nuclear reactors, but without of the knowledge the actual control panel of that actual nuclear reactor type, maybe you had same chance to succeed, but very limited chance.

Honestly, you couldn't even restart a coca cola producing production line. You didn't find, where you can it power on. It is not so simple that you only press a button and you get cola. It is actually many machines, each of them with its know-how, and these machines work in interaction.

Do you remember as you sit before a computer first time in your life? Do you remember as you sit in a car first time in your life? Do you remember the complete chance-less feeling that you don't have even the slightest idea, what the hell is it?

A car, and a computer, both are designed for easy to use. Even a cola production line isn't. And a power plant, totally not.

In case of the nuclear power plants, there is a bonus mechanism to fight with. There are very hardcore safety system to prevent a core meltdown (explosion is impossible, but the society doesn't know this, and the core meltdown can have also a minimal risk for the people living around).

These are redundant systems, extending eachother, and in case of practically any "problematic", they will shot the power down. They are also passive systems: if you don't deserve them, they will also shot.

(For example: the boron controlling rods which are controlling the nuclear plants are controlled by electric motors. These electric motors must work against the weight of these rods. If they don't get power, the rods fall into the reactor core by their own weight, and the reactor stops. It is very important engineering feature: the "default behavior" of any part of the system must be that the power plant simply stops itself.)

From such systems there are many (at least 3, redundant), and you can only avoid them if you know all of them deeply. That, you can't do.

But, from the other side: such power plants must handle the case if their systems are powered off. If it is needed, they are often switched off from the power network or your country / continent, and in this case not only they can't give power to your country, but also they don't get.

But it is very important, i.e. if there is no power, you can't start the control room, which could start the power plant. :-)

For such cases, they have large diesel generators, which is capable to power the control system of the power plant for a long time. They have a lot of diesel oil, and well serviced.

It is not solar panel, they are costly and work only in daylight. Diesel generator is used since the first electronically controlled power plants (which were probably coal power plants, probably in the U.S., probably around 1850-1880).

If you have luck, you can find this oil in them. In your life, and maybe in the life of your children, it will be enough to heat your home.

No. If you hadn't ever learned it, could you even start a (not auto-gear) car? No.

Could you even use a simple desktop computer? No.

In this case, you would probably succeed if you searched for documentation, books and other use info.

But in the case of a nuclear power plant, there is no such thing. It is a complex mechanism. You don't have any idea what you need to do. If you are a nuclear physicist, specializing in nuclear reactors, but without any knowledge of the actual control panel of the nuclear reactor type, maybe you have the same chance to succeed, but a very limited chance.

Honestly, you couldn't even restart a Coca Cola producing production line. You didn't find, where you can it power on. It is not so simple that you only press a button and you get cola. It is actually many machines, each of them with its know-how, and these machines work in interaction.

Do you remember as you sit before a computer first time in your life? Do you remember as you sit in a car first time in your life? Do you remember the complete chance-less feeling that you don't have even the slightest idea, what the hell is it?

A car, and a computer, both are designed for easy to use. Even a cola production line isn't. And a power plant, totally not.

In case of the nuclear power plants, there is a bonus mechanism to fight with. There are very hardcore safety system to prevent a core meltdown (explosion is impossible, but the society doesn't know this, and the core meltdown can have also a minimal risk for the people living around).

These are redundant systems, extending eachother, and in case of practically any "problematic", they will shot the power down. They are also passive systems: if you don't deserve them, they will also shot.

(For example: the boron controlling rods which are controlling the nuclear plants are controlled by electric motors. These electric motors must work against the weight of these rods. If they don't get power, the rods fall into the reactor core by their own weight, and the reactor stops. It is very important engineering feature: the "default behavior" of any part of the system must be that the power plant simply stops itself.)

From such systems there are many (at least 3, redundant), and you can only avoid them if you know all of them deeply. That, you can't do.

But, from the other side: such power plants must handle the case if their systems are powered off. If it is needed, they are often switched off from the power network or your country / continent, and in this case not only they can't give power to your country, but also they don't get.

But it is very important, i.e. if there is no power, you can't start the control room, which could start the power plant. :-)

For such cases, they have large diesel generators, which is capable to power the control system of the power plant for a long time. They have a lot of diesel oil, and well serviced.

It is not solar panel, they are costly and work only in daylight. Diesel generator is used since the first electronically controlled power plants (which were probably coal power plants, probably in the U.S., probably around 1850-1880).

If you have luck, you can find this oil in them. In your life, and maybe in the life of your children, it will be enough to heat your home.

No. If you hadn't ever learned it, could you even start a (not auto-gear) car? No.

Could you even use the simple desktop? No.

In this cases, you would probably succeed if you would search for documentation, books and used their info.

But in the case of a nuclear power plant, there is no such thing. It is a complex mechanism, you don't have any idea what you had to do. If you would be a nuclear physicist, specialized into nuclear reactors, but without of the knowledge the actual control panel of that actual nuclear reactor type, maybe you had same chance to succeed, but very limited chance.

Honestly, you couldn't even restart a coca cola producing production line. You didn't find, where you can it power on. It is not so simple that you only press a button and you get cola. It is actually many machines, each of them with its know-how, and these machines work in interaction.

Do you remember as you sit before a computer first time in your life? Do you remember as you sit in a car first time in your life? Do you remember the complete chance-less feeling that you don't have even the slightest idea, what the hell is it?

A car, and a computer, both are designed for easy to use. Even a cola production line isn't. And a power plant, totally not.

In case of the nuclear power plants, there is a bonus mechanism to fight with. There are very hardcore safety system to prevent a core meltdown (explosion is impossible, but the society doesn't know this, and the core meltdown can have also a minimal risk for the people living around).

These are redundant systems, extending eachother, and in case of practically any "problematic", they will shot the power down. They are also passive systems: if you don't deserve them, they will also shot.

(For example: the boron controlling rods which are controlling the nuclear plants are controlled by electric motors. These electric motors must work against the weight of these rods. If they don't get power, the rods fall into the reactor core by their own weight, and the reactor stops. It is very important engineering feature: the "default behavior" of any part of the system must be that the power plant simply stops itself.)

From such systems there are many (at least 3, redundant), and you can only avoid them if you know all of them deeply. That, you can't do.

But, from the other side: such power plants must handle the case if their systems are powered off. If it is needed, they are often switched off from the power network or your country / continent, and in this case not only they can't give power to your country, but also they don't get.

But it is very important, i.e. if there is no power, you can't start the control room, which could start the power plant. :-)

For such cases, they have large diesel generators, which is capable to power the control system of the power plant for a long time. They have a lot of diesel oil, and well serviced.

If you have luck, you can find this oil in them. In your life, and maybe in the life of your children, it will be enough to heat your home.

No. If you hadn't ever learned it, could you even start a (not auto-gear) car? No.

Could you even use the simple desktop? No.

In this cases, you would probably succeed if you would search for documentation, books and used their info.

But in the case of a nuclear power plant, there is no such thing. It is a complex mechanism, you don't have any idea what you had to do. If you would be a nuclear physicist, specialized into nuclear reactors, but without of the knowledge the actual control panel of that actual nuclear reactor type, maybe you had same chance to succeed, but very limited chance.

Honestly, you couldn't even restart a coca cola producing production line. You didn't find, where you can it power on. It is not so simple that you only press a button and you get cola. It is actually many machines, each of them with its know-how, and these machines work in interaction.

Do you remember as you sit before a computer first time in your life? Do you remember as you sit in a car first time in your life? Do you remember the complete chance-less feeling that you don't have even the slightest idea, what the hell is it?

A car, and a computer, both are designed for easy to use. Even a cola production line isn't. And a power plant, totally not.

In case of the nuclear power plants, there is a bonus mechanism to fight with. There are very hardcore safety system to prevent a core meltdown (explosion is impossible, but the society doesn't know this, and the core meltdown can have also a minimal risk for the people living around).

These are redundant systems, extending eachother, and in case of practically any "problematic", they will shot the power down. They are also passive systems: if you don't deserve them, they will also shot.

(For example: the boron controlling rods which are controlling the nuclear plants are controlled by electric motors. These electric motors must work against the weight of these rods. If they don't get power, the rods fall into the reactor core by their own weight, and the reactor stops. It is very important engineering feature: the "default behavior" of any part of the system must be that the power plant simply stops itself.)

From such systems there are many (at least 3, redundant), and you can only avoid them if you know all of them deeply. That, you can't do.

But, from the other side: such power plants must handle the case if their systems are powered off. If it is needed, they are often switched off from the power network or your country / continent, and in this case not only they can't give power to your country, but also they don't get.

But it is very important, i.e. if there is no power, you can't start the control room, which could start the power plant. :-)

For such cases, they have large diesel generators, which is capable to power the control system of the power plant for a long time. They have a lot of diesel oil, and well serviced.

It is not solar panel, they are costly and work only in daylight. Diesel generator is used since the first electronically controlled power plants (which were probably coal power plants, probably in the U.S., probably around 1850-1880).

If you have luck, you can find this oil in them. In your life, and maybe in the life of your children, it will be enough to heat your home.

No. If you hadn't ever learned it, could you even start a (not auto-gear) car? No.

Could you even use the simple desktop? No.

In this cases, you would probably succeed if you would search for documentation, books and used their info.

But in the case of a nuclear power plant, there is no such thing. It is a complex mechanism, you don't have any idea what you had to do. If you would be a nuclear physicist, specialized into nuclear reactors, but without of the knowledge the actual control panel of that actual nuclear reactor type, maybe you had same chance to succeed, but very limited chance.

Honestly, you couldn't even restart a coca cola producing production line. You didn't find, where you can it power on. It is not so simple that you only press a button and you get cola. It is actually many machines, each of them with its know-how, and these machines work in interaction.

Do you remember as you sit before a computer first time in your life? Do you remember as you sit in a car first time in your life? Do you remember the complete chance-less feeling that you don't have even the slightest idea, what the hell is it?

A car, and a computer, both are designed for easy to use... Even a cola production line isn't... and a power plant, totally not.

But, from the other side: such power plants must handle the case if their systems are powered off. If it is needed, they are often switched off from the power network or your country / continent, and in this case not only they can't give power to your country, but also they don't get.

But it is very important, i.e. if there is no power, you can't start the control room, which could start the power plant. :-)

For such cases, they have large diesel generators, which is capable to power the control system of the power plant for a long time. They have a lot of diesel oil, and well serviced.

If you have luck, you can find this oil in them. In your life, and maybe in the life of your children, it will be enough to heat your home.

No. If you hadn't ever learned it, could you even start a (not auto-gear) car? No.

Could you even use the simple desktop? No.

In this cases, you would probably succeed if you would search for documentation, books and used their info.

But in the case of a nuclear power plant, there is no such thing. It is a complex mechanism, you don't have any idea what you had to do. If you would be a nuclear physicist, specialized into nuclear reactors, but without of the knowledge the actual control panel of that actual nuclear reactor type, maybe you had same chance to succeed, but very limited chance.

Honestly, you couldn't even restart a coca cola producing production line. You didn't find, where you can it power on. It is not so simple that you only press a button and you get cola. It is actually many machines, each of them with its know-how, and these machines work in interaction.

Do you remember as you sit before a computer first time in your life? Do you remember as you sit in a car first time in your life? Do you remember the complete chance-less feeling that you don't have even the slightest idea, what the hell is it?

A car, and a computer, both are designed for easy to use. Even a cola production line isn't. And a power plant, totally not.

In case of the nuclear power plants, there is a bonus mechanism to fight with. There are very hardcore safety system to prevent a core meltdown (explosion is impossible, but the society doesn't know this, and the core meltdown can have also a minimal risk for the people living around).

These are redundant systems, extending eachother, and in case of practically any "problematic", they will shot the power down. They are also passive systems: if you don't deserve them, they will also shot.

(For example: the boron controlling rods which are controlling the nuclear plants are controlled by electric motors. These electric motors must work against the weight of these rods. If they don't get power, the rods fall into the reactor core by their own weight, and the reactor stops. It is very important engineering feature: the "default behavior" of any part of the system must be that the power plant simply stops itself.)

From such systems there are many (at least 3, redundant), and you can only avoid them if you know all of them deeply. That, you can't do.

But, from the other side: such power plants must handle the case if their systems are powered off. If it is needed, they are often switched off from the power network or your country / continent, and in this case not only they can't give power to your country, but also they don't get.

But it is very important, i.e. if there is no power, you can't start the control room, which could start the power plant. :-)

For such cases, they have large diesel generators, which is capable to power the control system of the power plant for a long time. They have a lot of diesel oil, and well serviced.

If you have luck, you can find this oil in them. In your life, and maybe in the life of your children, it will be enough to heat your home.