When it comes to supersize machines giant earth movers are at the starting point of our world economy without them it just will not function all raw materials have to be mine to produce the cars we just parked the streets. We derived from the buildings we work from the biggest of all earth movers are giant bucket wheel excavators some reaching over 700 feet in length 300 feet in height and weigh as much as 30 million pounds largest machines on land capable of moving under their own power bucket. Wheel excavators or BW ease are used primarily to mine lignite or brown coal it works best in loose sandy material the digging wheel and it’s multi buckets. Is not designed for digging through solid rock or glacier type shoulders it needs a loser more gravely type material to dig through efficiently this giant erector set of a machine is made up of many components.
Let the large digging we at the front which is 71 feet in diameter is connected to a large boom which then connects to the central tower the central tower has a conveyor bridge which extends from the back end of that and then that is hoped to it was referred to as a discharge. The discharge unit carries the material onto large overland compares although incredibly efficient desert movers pose no threat to the world’s land speed record and the suite of these machines is our options. Perhaps maybe about 30 feet per minute which would translate into about one third of a mile per hour however the fact that they can move at all the technological miracle brought about through the use of giant crawlers.
The main assembly is supported by an undercarriage with 1200 massive dollars each 49 feet like that the reason that the bucket wheel excavators like 293 we are so many callers is for flotation because of the under footing that the machine works on. It has to be extremely low extremely state computers allow the operators to monitor all aspects of the digging operation but even with this technology several crew members are needed to operate the machine. These machines typically done by but four or five people there is one Operator that is located in the main operator scab this operator would have an overall control of the whole machine. The price tag for one of these brutes is as big as the machine itself the bucket will accelerate this size cost over a hundred million dollars the weight of the Machine obviously a major factor in determining of the cost of the Machine and the sophistication of the equipment. And if you want to move an astonishing three hundred and fourteen thousand cubic yards of material in one day a giant bucket wheel excavator is the only way to go other Goliath amongst earthmoving machines is the tactics. The KRH four hundred hydrogen electron shovel excavator the RX 400 is the world’s largest fractional 57 shipyard pocket 40 400 horsepower eleven hundred tons operate it is simply a huge there has never been another hide the book excavator like the orange for you everything kind of looks like it’s out of a science fiction novel or something with its gigantic bucket.
It’s able to do the work of many smaller excavators in less time and with more efficiency orange for hundreds large button is capable of working 240-ton capacity truck three quick passes with each pass is averaging less than 29 seconds one of the main advantages of a hydraulic diesel shovel is its mobility unlike some electric shovels tethered to power lines. It can move freely once it’s finished working at a location it can relatively quickly moved to another working location and go right to work mining companies thinking of buying the giant shovel can also expect to shovel out a lot of cash similar in how to earn goultines for Dofus.
They have to be ready to write a big check for home whenever of 10 to 11 million dollars but because of their soft ice and there are massive capacities your productivity should outweigh the cost of the machine in the long run.
Immortality. In movies and in games using free Hay Day diamonds, kings are always searching for the secret to immortality. But is immortality really a good thing? To a ten-year-old boy, one year is the same as 10% of his life. To his forty-year-old mother, one year is merely 2.5% of her life. The same year, 365 days, can feel differently to different people.
If we live until we’re 82, that’s about 30,000 days. If this boy lives for 30,000 years, a year to him could feel like a day. And if this boy’s emotions sustain through the potential boredom of living for millions of years, he might become extremely lonely and sad, knowing he has and always will outlive everyone he has ever loved.
But what if everyone were immortal? Well, first off, Earth is only so big. So, where would we all live? (Grunts) “Excuse me!” “That’s my face!” “Stop it!” “Pardon me.” “Tight in here!” Do you remember what you did last year or when you were five? How much of your past have you forgotten? If you have trouble remembering what you did when you were five, how will you remember what happened if you were alive a thousand years ago? A million years ago?
We don’t remember every single detail of our past because our brains have a limited capacity and we replace useless memories, like middle school locker combinations, with relevant information. If this immortal boy finds a companion to fall in love with once every hundred years, he would have ten thousand girlfriends in a million years. And how many of those ten thousand girls’ names will he be able to remember? This changes what a meaningful relationship means, doesn’t it?
Another tricky thing about immortality: Human beings have not always looked the same. This can be explained by Darwin’s theory of evolution. For instance, if women find taller men more attractive, then more tall men would mate and have children, putting more tall genes in the gene pool. That means, in the next generation, more children will have the genes to be taller. Repeat that process for a million years and the average height will be a lot taller than the average height today, assuming there’s no natural disaster that wipes out all the tall people.
Our ancestors were short, hairy apes. We still have body hair, but we don’t look like apes any more. If you’re the only person who is immortal, while everyone else keeps evolving, generation after generation, you will eventually look quite different than the people who surround you. “Hi, how you doing?” If one of our ancestors, apes, is still alive today, how many people will make friends with it instead of calling the Museum of Natural History? And one more physical consideration for immortality: Scars.
After all, immortality doesn’t automatically translate to invincibility, it just means you cannot die. But it doesn’t guarantee what condition you’ll be alive in. Look at your body and count how many scars you have. If you have made this many permanent scars within your life, imagine how much damage you would have if you were one thousand years old!
Now, there are approximately 185,000 amputation-related hospital discharges every year in the U.S. These injuries are due to accidents or illnesses. Certainly the percentage is low comparing to the total population if you only live for a hundred years.
However, if you’ve been alive for over one million years, the odds of still having all your limbs are pretty slim. What about little accessories, like your eyes, your nose, your ears, fingers or toes? What about your teeth? What are the odds of you keeping your dental health for a hundred years? A thousand years? One million years? You might end up looking like a horribly scuffed-up Mr. Potato Head with missing pieces and dentures. So, are you sure you want to live forever?
Now, which superpower physics lesson will you explore next? Shifting body size and content, super speed, flight, super strength, immortality, and — invisibility.