Yahoo India Web Search

Search results

  1. Basically, if anything could go wrong, it did. Murphy said something to that effect, others repeated it, and the idea has been more commonly known as Murphy's Law ever since. Murphy's Law remains a popular concept, because we tend to focus on negative events and look for reasons when things go badly. Put another way, we tend to ignore all the ...

  2. en.wikiquote.org › wiki › Murphy's_lawMurphy's law - Wikiquote

    Sep 13, 2020 · Murphy's law is a popular adage that states that "things will go wrong in any given situation, if you give them a chance," or more commonly, "whatever can go wrong, will go wrong." A number of variants on the rule have been formulated, as have several corollaries. [Murphy's SECOND law] states that "any solution can create its own problems ...

  3. Murphy's Law: Created by Colin Bateman. With James Nesbitt, Del Synnott, Claudia Harrison, Owen Teale. As a maverick cop with a dark past, DS Tommy Murphy fails a psychiatric assessment but is given one last chance by his boss and given a dangerous undercover assignment.

  4. Murphy's Law: [noun] an observation: anything that can go wrong will go wrong.

  5. Jun 13, 2018 · Murphy’s Law can and does apply to life outside the workplace, from relationships to March Madness brackets. Murphy's law of texting: "Everyone except the one you actually want to text, will text you." — meh (@fibonickam) September 29, 2020. Milo Murphy’s Law was a 2016 Disney cartoon that follows Milo Murphy, a descendant of Edward ...

  6. Example of Murphy’s Law. In today’s culture, there are numerous examples which have been accepted all over the world. For instance, if you apply butter on the bread and it slips from your hand, it will always land butter-side down. Further, when you wash your car, it will definitely rain.

  7. 3 days ago · Murphy's Law. A supposed law of nature, expressed in various humorous popular sayings, to the effect that anything that can go wrong will go wrong. It is named for Captain Edward A. Murphy, who performed studies on deceleration for the US Air Force in 1949 (during which he noted that if things could be done wrongly, they would be).