Bubble Witch Saga – Trucchi e guida al gioco

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Bubble Witch Saga - Trucchi e guida al gioco

Se sei un amante dei puzzle game su Facebook è disponibile Bubble Witch Saga, un interessante gioco che negli ultimi tempi sta riscuotendo non poco successo.

Per scoprire come giocare e per diventare il numero uno puoi dare uno sguardo alla nostra guida al gioco e ai trucchi propositi di seguito.

Guida al gioco Bubble Witch Saga

Come suggerisce lo stesso nome Bubble Witch Saga è un gioco caratterizzato dalla presenza di streghe, pozioni magiche e pentoloni il cui scopo consiste nel cercare di ripulire lo schermo dalle palline colorate visualizzate creando abbinamenti con un minimo di tre elementi ma, a differenza di tutti gli altri puzzle game, facendo ben attenzione che vi siano nove spazi vuoti e che le palline arrivino al soffitto raggiungendo un punteggio minimo che cambierà in base al proprio livello.

Il tutto viene ulteriormente complicato dal fatto che sono disponibili un numero finito di mosse da poter compiere. Il numero di mosse disponibili può essere visualizzato mediante il calderone presente al centro dello schermo.

Una volta esaurito il numero totale di mosse disponibili non sarà più possibile lanciare palline e verrà persa una vita.

Oltre a totalizzare punti creando abbinamenti con le palline è possibile accumularne altri grazie a quelle rimaste in gioco che cadranno direttamente nei barattoli in fondo unitamente a quelle rimaste ancora nel calderone.

La traiettoria delle palline viene modificata da alcuni piccoli ragni penzolanti dall’alto.

Insieme al normale punteggio è anche possibile collezionare delle stelline gialle utili per sbloccare le pozioni magiche.

Le stelline gialle possono essere ottenute grazie all’aumento del punteggio.

Le pozioni magiche, invece, offrono aiuti speciali (ad esempio gli incrementi delle vite, l’aumento dei ragni sullo schermo e molto altro ancora).

Trucchi Bubble Witch Saga

Per Bubble Witch Saga sono disponibili due utili trucchi grazie ai quali ottenere punti e palline infinite.

Per mettere in atto il trucco per ottenere punti infiniti effettua la seguente procedura:

  1. Apri Bubble Witch Saga nella finestra del browser web ed apri anche Cheat Engine.
  2. Inizia una partita in Bubble Witch Saga e totalizza qualche punto.
  3. Inserisci il tuo attuale punteggio nel campo Value di Cheat Engine e clicca su First Scan.
  4. Riprendi la partita e totalizza altri punti.
  5. Torna su Cheat Engine, inserisci il nuovo punteggio sempre sul campo Value e clicca su Next Scan.
  6. Nella colonna di sinistra di Cheat Engine otterrai il tuo Address, cliccaci due volte sopra per visualizzarlo nella scheda in basso e modifica il valore sulla colonna Value cliccandoci sopra due volte.
  7. Il valore impostato diventerà quindi il tuo attuale punteggio che puoi verificare nella finestra del gioco.

Per mettere in atto il trucco per ottenere palline infinite effettua la seguente procedura:

  1. Apri Bubble Witch Saga nella finestra del browser web ed avvia Cheat Engine.
  2. Lancia una pallina
  3. Su Cheat Engine digita 1 nel campo Value e clicca su First Scan.
  4. Torna al gioco, lancia un’altra pallina ed esegui la stessa procedura sino a arrivare a 4 palline. Per le scansioni successiva clicca su Next Scan.
  5. Nella colonna di sinsitra otterrai il corretto Address. Cliccaci su due volte per portarlo nella scheda inferiore.
  6. Dalla parte inferiore della finestra di Cheat Engine clicca sulla spunta per bloccare l’Address.
  7. Ora il numero delle palline nel calderone sarà bloccato. Alla fine della partita verrà avviato il conteggio dei punti relativi alle palline nel calderone e l’operazione diventerà infinita grazie al trucco.
  8. Per far terminare il processo è necessario ritornare sulla finestra di Cheat angine e togliere la spunta all’Adress.

Ricorda che per far funzionare correttamente entrambi i trucchi occorre prima cosa impostare il processo corretto su Cheat Engine a seconda del browser web utilizzato.

[Photo Credits | Facebook]

 

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    “They are so big that everything we have on Earth would not be enough to build them,” Suazo added. “Freeman Dyson said that we should dismantle Jupiter — the whole planet (for the raw materials).”

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  2. A job for the Webb space telescope
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    “We got 53 candidates for anomalies that cannot be well explained, but can’t say that all of them are Dyson sphere candidates, because that’s not what we are specifically looking for,” said Gabriella Contardo, a postdoctoral research fellow at the International School for Advanced Studies in Trieste, Italy, who led the earlier study. She added that she plans to check the candidates against Suazo’s model to see how many tie into it.
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    “You need to eliminate all other hypotheses and explanations before saying that they could be a Dyson sphere,” she added. “To do so you need to also rule out that it’s not some kind of debris disk, or some kind of planetary collision, and that also pushes the science forward in other fields of astronomy — so it’s a win-win.”

    Both Contardo and Suazo agree that more research is needed on the data, and that ultimately they could turn to NASA’s James Webb Space Telescope for more information, as it is powerful enough to observe the candidate stars directly. However, because of the lengthy, competitive procedures that regulate use of the telescope, securing access might take some time.
    If Dyson spheres really exist, what could they be used for? “If you picture ourselves having as much energy as the sun is providing every second, we could do unheard of things,” Suazo said. “We could do interstellar travel, maybe we could even move the entire solar system to our preferred location, if we wanted.”

    But don’t hold your breath, because the technology and the raw materials required to build the hypothetical structures are far beyond humanity’s grasp.

    “They are so big that everything we have on Earth would not be enough to build them,” Suazo added. “Freeman Dyson said that we should dismantle Jupiter — the whole planet (for the raw materials).”

    That supercolossal scale probably means that Dyson spheres, if they exist at all, are very rare.

    Rispondi
  3. A job for the Webb space telescope
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    “We got 53 candidates for anomalies that cannot be well explained, but can’t say that all of them are Dyson sphere candidates, because that’s not what we are specifically looking for,” said Gabriella Contardo, a postdoctoral research fellow at the International School for Advanced Studies in Trieste, Italy, who led the earlier study. She added that she plans to check the candidates against Suazo’s model to see how many tie into it.
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    “You need to eliminate all other hypotheses and explanations before saying that they could be a Dyson sphere,” she added. “To do so you need to also rule out that it’s not some kind of debris disk, or some kind of planetary collision, and that also pushes the science forward in other fields of astronomy — so it’s a win-win.”

    Both Contardo and Suazo agree that more research is needed on the data, and that ultimately they could turn to NASA’s James Webb Space Telescope for more information, as it is powerful enough to observe the candidate stars directly. However, because of the lengthy, competitive procedures that regulate use of the telescope, securing access might take some time.
    If Dyson spheres really exist, what could they be used for? “If you picture ourselves having as much energy as the sun is providing every second, we could do unheard of things,” Suazo said. “We could do interstellar travel, maybe we could even move the entire solar system to our preferred location, if we wanted.”

    But don’t hold your breath, because the technology and the raw materials required to build the hypothetical structures are far beyond humanity’s grasp.

    “They are so big that everything we have on Earth would not be enough to build them,” Suazo added. “Freeman Dyson said that we should dismantle Jupiter — the whole planet (for the raw materials).”

    That supercolossal scale probably means that Dyson spheres, if they exist at all, are very rare.

    Rispondi
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    Water spray, however, would have been more common than lightning. A more likely scenario is that mist-generated microlightning constantly zapped amino acids into existence from pools and puddles, where the molecules could accumulate and form more complex molecules, eventually leading to the evolution of life.

    “Microdischarges between obviously charged water microdroplets make all the organic molecules observed previously in the Miller-Urey experiment,” Zare said. “We propose that this is a new mechanism for the prebiotic synthesis of molecules that constitute the building blocks of life.”

    However, even with the new findings about microlightning, questions remain about life’s origins, he added. While some scientists support the notion of electrically charged beginnings for life’s earliest building blocks, an alternative abiogenesis hypothesis proposes that Earth’s first amino acids were cooked up around hydrothermal vents on the seafloor, produced by a combination of seawater, hydrogen-rich fluids and extreme pressure.
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    Lightning is a dramatic display of electrical power, but it is also sporadic and unpredictable. Even on a volatile Earth billions of years ago, lightning may have been too infrequent to produce amino acids in quantities sufficient for life — a fact that has cast doubt on such theories in the past, Zare said.

    Water spray, however, would have been more common than lightning. A more likely scenario is that mist-generated microlightning constantly zapped amino acids into existence from pools and puddles, where the molecules could accumulate and form more complex molecules, eventually leading to the evolution of life.

    “Microdischarges between obviously charged water microdroplets make all the organic molecules observed previously in the Miller-Urey experiment,” Zare said. “We propose that this is a new mechanism for the prebiotic synthesis of molecules that constitute the building blocks of life.”

    However, even with the new findings about microlightning, questions remain about life’s origins, he added. While some scientists support the notion of electrically charged beginnings for life’s earliest building blocks, an alternative abiogenesis hypothesis proposes that Earth’s first amino acids were cooked up around hydrothermal vents on the seafloor, produced by a combination of seawater, hydrogen-rich fluids and extreme pressure.
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    Lightning is a dramatic display of electrical power, but it is also sporadic and unpredictable. Even on a volatile Earth billions of years ago, lightning may have been too infrequent to produce amino acids in quantities sufficient for life — a fact that has cast doubt on such theories in the past, Zare said.

    Water spray, however, would have been more common than lightning. A more likely scenario is that mist-generated microlightning constantly zapped amino acids into existence from pools and puddles, where the molecules could accumulate and form more complex molecules, eventually leading to the evolution of life.

    “Microdischarges between obviously charged water microdroplets make all the organic molecules observed previously in the Miller-Urey experiment,” Zare said. “We propose that this is a new mechanism for the prebiotic synthesis of molecules that constitute the building blocks of life.”

    However, even with the new findings about microlightning, questions remain about life’s origins, he added. While some scientists support the notion of electrically charged beginnings for life’s earliest building blocks, an alternative abiogenesis hypothesis proposes that Earth’s first amino acids were cooked up around hydrothermal vents on the seafloor, produced by a combination of seawater, hydrogen-rich fluids and extreme pressure.
    Yet another hypothesis suggests that organic molecules didn’t originate on Earth at all. Rather, they formed in space and were carried here by comets or fragments of asteroids, a process known as panspermia.

    “We still don’t know the answer to this question,” Zare said. “But I think we’re closer to understanding something more about what could have happened.”

    Though the details of life’s origins on Earth may never be fully explained, “this study provides another avenue for the formation of molecules crucial to the origin of life,” Williams said. “Water is a ubiquitous aspect of our world, giving rise to the moniker ‘Blue Marble’ to describe the Earth from space. Perhaps the falling of water, the most crucial element that sustains us, also played a greater role in the origin of life on Earth than we previously recognized.”

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    Lightning is a dramatic display of electrical power, but it is also sporadic and unpredictable. Even on a volatile Earth billions of years ago, lightning may have been too infrequent to produce amino acids in quantities sufficient for life — a fact that has cast doubt on such theories in the past, Zare said.

    Water spray, however, would have been more common than lightning. A more likely scenario is that mist-generated microlightning constantly zapped amino acids into existence from pools and puddles, where the molecules could accumulate and form more complex molecules, eventually leading to the evolution of life.

    “Microdischarges between obviously charged water microdroplets make all the organic molecules observed previously in the Miller-Urey experiment,” Zare said. “We propose that this is a new mechanism for the prebiotic synthesis of molecules that constitute the building blocks of life.”

    However, even with the new findings about microlightning, questions remain about life’s origins, he added. While some scientists support the notion of electrically charged beginnings for life’s earliest building blocks, an alternative abiogenesis hypothesis proposes that Earth’s first amino acids were cooked up around hydrothermal vents on the seafloor, produced by a combination of seawater, hydrogen-rich fluids and extreme pressure.
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    “We still don’t know the answer to this question,” Zare said. “But I think we’re closer to understanding something more about what could have happened.”

    Though the details of life’s origins on Earth may never be fully explained, “this study provides another avenue for the formation of molecules crucial to the origin of life,” Williams said. “Water is a ubiquitous aspect of our world, giving rise to the moniker ‘Blue Marble’ to describe the Earth from space. Perhaps the falling of water, the most crucial element that sustains us, also played a greater role in the origin of life on Earth than we previously recognized.”

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