Skip to main content

10 Ways to Achieve your Goals Simply

Amu_Ke_Fundye

10 Ways to Achieve your Goals Simply

Robot, Postit, Note, To Do, Sticky Notes

They considered 10 important key actions that once taken will make you closer to the goal. They also compiled how often and well people take these action items. The key actions are pretty neat. The results are shocking:
  • Make all your dreams real by first identifying and then focusing on specific, tangible targets for what you want.
  • Maintain at least one clearly defined goal for every major interest and role in your life.
  • Set your goals so they are directly aligned with your life’s mission, purpose and passion.
  • Create goals high enough to ignite your spirit and inspire you to take action.
  • Write down all your goals in specific, measurable detail.
  • Absolutely, unconditionally commit to hitting each of your targets.
  • Share your goals with others for mutual accomplishment.
  • Set a whole series of related daily, weekly and long-term goals, complete with starting times and completion dates.
  • Take 10 minutes every day to imagine how terrific it will feel when your goals are actually realized.
  • Take an action step toward the attainment of at least one goal every day.

Checklist, To Do, Activities, Boxes
Maybe most of them do not know how to achieve their goals, or they never plan their goals. Without a way to walk closer to your goal, you will only be dreaming about the achievement. You have to be a dreamer as well as a doer to taste the achievement in reality.

Regards 

Amrut Gupta

Comments

Popular posts from this blog

Undecidability

Amu_Ke_Fundye Undecidability Decidable Problem If there is a Turing machine that decides the problem, called as Decidable problem. A decision problem that can be solved by an algorithm that halts on all inputs in a finite number of steps. A problem is decidable, if there is an algorithm that can answer either yes or no. A language for which membership can be decided by an algorithm that halts on all inputs in a finite number of steps. Decidable problem is also called as totally decidable problem, algorithmically solvable, recursively solvable. Undecidable Problem A problem that cannot be solved for all cases by any algorithm whatsoever. Equivalent Language cannot be recognized by a Turing machine that halts for all inputs. The following problems are undecidable problems: Halting Problem:  A halting problem is undecidable problem. There is no general method or algorithm which can solve the halting problem for all possible inputs. Emptyness Problem:...

Funny Shortcut to Remember Periodic Table

Amu_Ke_Fundye Funny Shortcut to Remember Periodic Table THE PERIODIC TABLE The periodic table is a tabular display of the chemical elements, organized on the basis of their atomic number's , electron configurations, and chemical properties.In order to appreciate the general trends in chemistry and to explain the deviations of some from these general trends we need to to have good knowledge about the position of those elements in periodic table. This knowledge is also extremely important for competitive exams. So, here I present a way to memorize this using some funny easy shortcut sentences. THE FIRST 18 ELEMENTS (H He Li Be B C N O F Ne Na Mg Al Si P S Cl Ar)  H ie  He   Li es  Be cause  B oron  C an N ot  O xide  Fl orine.. N e w  Na tions  M ight  Al so  Si ng  P eaceful  S ong  Cl early  A gain  THE ...

Sequential Logic Circuits

Amu_Ke_Fundye Sequential Logic Circuits In sequential logic circuit, the output is dependent upon the present inputs as well as the past inputs and outputs. Sequential circuit is of two types. Synchronous Sequential Circuit:  Change in input signals can affect memory elements only upon activation of clock signals. Asynchronous Sequential Circuit:  Change in input signals can affect memory elements at any instant of time. These are faster than synchronous circuit. Flip Flops: It is a one-bit memory cell which stores the 1-bit logical data (logic 0 or logic 1). It is a basic memory element. The most commonly used application of flip flops is in the implementation of a feedback circuit. As a memory relies on the feedback concept, flip flops can be used to design it. In synchronous sequential circuit, Memory elements are clocked flip flops and generally edge triggered. In asynchronous sequential circuit, Memory elements are unclocked flip flops / t...