6 Secrets of a Successful Entrepreneur

6 Secrets of a Successful Entrepreneur

1. reason

Find a good reason why you want to become entrepreneurs. Is it because of difficult to find a job, or want to experience being a boss, may also want to earn unlimited income. The reason can be anything, most of the stronger your reasons for berwirusaha the more you focus on your goals.

2. Confidence Strong

You must have a strong and positive beliefs. For example, you believe that you can become a successful entrepreneur, or self-employment was easy as long as we know how. Positive beliefs like that you have to get up. Do not let the negative that it dominates your thoughts. such as: I am afraid of failure, it is necessary entrepreneurial talent, etc.. Negative thoughts like that you should get rid of it away.

3. Obviously dream

You must have a clear dream. Because the dream that you will be motivated to achieve it. Do not be afraid to have high dreams. Because the higher your dreams will surely give greater impetus to yourself. However, still have to be flexible and do not let your dream the impossible can be achieved.

4. Mastery of Science (Education)

In starting entrepreneurs we are required to continue to learn and have an open mind. We can learn from books, others are already running a business, or from the seminars.

5. action

This is the most important step in entrepreneurship. Because without action nothing will happen. Only by action or actions that we can get closer to our dreams.

6. prayer

Step 6 is that the prayer. Because no matter how hard we attempt, still God, too, who determine. We as human beings can only try and try.

Hopefully these tips can be useful for my friends who want to start entrepreneurship

scale and unit

scale and unit

Magnitude in physics is defined as something that can be measured,
and has a value of the (big) and the units. While the unit is
something that can be used as a comparison in measuring.
International Units (SI) is a unit of conference proceedings scientists
in Paris, to discuss about the weight and size. based on
scale units are divided into two, namely the amount of principal and
scale derivatives. In addition, based on the presence or absence of the direction, magnitude too
grouped into two scalar quantities and vector quantities (to be
specifically addressed in Section E).

1. Principal Amount
The amount of principal is the amount that is used as the basis for
determine the amount of the other. Principal amount of units called unit
principal and has been established in advance by mutual agreement of the
scientists. The amount of principal to be free, that does not rely on
principal amount of the other. In Table 1.1 below, presented the principal amount
agreed upon by scientists.
Table 1.1-Magnitude Magnitude Main and Her International Unit (SI)
No
Name Principal Amount Principal Amount Lambing
Coat Unit
unit
1 Meter Length l m
2 m Mass Kilogram kg
3 Time t Sekon s
4 Strong Electric Current I Ampere A
5 Temperature Kelvin K t
6 The intensity of light I Kandela cd
7 Number of substance n Mole Moles
8 Angular Field ᴓ Radian Flat Rad *)
9 angle φ space Steradian Sr *)

2. The amount of derivatives
Magnitude is the amount of derivatives that can be derived from the scale
principal. Scale units are called derived units and obtained derivatives
with some unit combines principal amount. following
a few examples of the amount of its derivatives unit.

Table 1.2 Examples of Some Derivatives and Its units Magnitude
No Name Symbol Amount Amount Derivatives Derivatives Derivatives Unit
1 area A m2
2 speed v ms-1
3 Acceleration of a ms-2
4 Style F kg ms-2
Pressure P 5 kg m-1s-2
6 Business W-2 kg M2S

ecological pyramid

ecological pyramid

is the picture between trophic arrangement can be structured based on population density, dry weight, and the ability to store energy at each trophic. Trophic structure can be arranged in the order corresponding relationship between eating and being eaten trophic generally shows a cone or pyramid shape. Ecological pyramid serves to indicate comparative picture between trophic levels in an ecosystem. At the first level occupied by manufacturers as the basis of the ecological pyramid, then primary consumers, secondary, tertiary to the top of the consumer. [1] [2]
When the organisms autotrophs (producers) are eaten by herbivores (consumers I), the energy stored in the producers (plants) passed to the consumer I (pemakannya) and consumer II will get energy from eating consumer I, and so on. Each level of the food chain is called the standard trophies. There are several levels to the extent the trophy following dining chain. [3]

    * The level of trophy 1: organism from producer groups (primary producers)
    * The level of trophy 2: organisms from the class of herbivores (primary consumers)
    * The level of trophy 3: organisms from among carnivores (secondary consumers)
    * The level of trophy 3: organisms from among carnivores (consumers predator)
In the food chain, not all energy can be harnessed, but only some of which had migration from one organism to another, because in the process of transformation from one organism to another organism that was part of the energy is released and can not be utilized. For example, green plants as producers occupy the first level trophy only use about 1% of the energy of sunlight that falls on the earth's surface through photosynthesis are converted into organic matter. [3]
When other organisms eat green plants (primary consumers), then only 10% of the energy comes from green plants used by the organism for growth and the rest were relegated in the form of waste heat to the atmosphere. During the state of producers and consumers still form a pyramid, the natural balance of the ecosystem will be maintained.

ten-finger typing

ten-finger typing

Hello ... "this time I will write about how to type faster using 10 fingers. Typing is an activity or work performed and wrote something to convey a word or phrase into a paper (typewriter) or screen (computer or laptop) , is now fast typing a thing or activities required to support the day-to-day work in order to finish quickly. therefore we must continue to learn and practice typing dengna way jari2 familiarize you to press a certain key on the keyboard.
Here are tips to type quickly using 10 fingers.

  put your hands on the keyboard and place your fingers according to the image above.
Left Hand Function
Little finger: The letters A, Q, Z, Figures 1 and Shift keys, Tab, CapsLock
Jari Manis: letters W, S, X, and Figures 2
Middle Finger: The letters E, D, C, and Figures 3
Finger Forefinger: Letter R, F, T, V, G, B, Y and Figures 4,5,6
Right hand function
Finger Forefinger: Letter Y, U, H, J, B, N, M and Figures 6.7
Middle Finger: The letters I, K, comma and figure 8
Jari Manis: letters L, O dot and number 9
Little finger: Letter P, semicolon and slash
  Thumb / thumb to press the space bar and alt.

when the position of the hand was ready to type, do typing something you want to type over and over again to be more accustomed to using his fingers to type according to the alphabet.
try to practice your typing these words are repeated below:
1. asdfjkl; asdfjkl; asdfjkl; asdfjkl; asdfjkl; asdfjkl; asdfjkl; asdfjkl; asdfjkl; asdfjkl; (50x)
2. qweruiop qweruiop qweruiop qweruiop qweruiop qweruiop qweruiop (50x)
3. zxcvm,. / zxcvm,. / zxcvm,. / zxcvm,. / zxcvm,. / zxcvm,. / zxcvm,. / zxcvm,. / (50x)

Hopefully by constantly doing these exercises become more familiar.
so, .. I hope my writing can provide useful

sense acceleration

sense acceleration

When you watch the MotoGP race, consider the speed racer when in a straight line. When in a straight line, the riders moving at faster and faster. However, while in turn, reduces the rate of motorcycle riders. What do you call this velocity addition and subtraction? Find the answer below.1. Definition of AccelerationIn everyday life, we are always moving from one place to another. As explained before, when moving from one place to another, we have a certain speed. For example, when going to school, you go to a certain speed. You can run slow, fast, or slow sometimes fast sometimes. If you are running faster and faster, meaning you are accelerating. Meanwhile, if running more and more slowly, meaning you are experiencing a slowdown. From the explanation of acceleration and deceleration, there is one thing that connects the two, namely the change of pace. So, deceleration and acceleration are essentially the same, which indicates a change of pace every time. The difference between the acceleration and deceleration lies in its direction. Deceleration direction opposite to the direction of acceleration. Thus, the acceleration (acceleration) is the rate of change of velocity with respect to time. A moving object has acceleration berubahubah. Thus, we can not precisely calculate acceleration. That we can count is instantaneous acceleration of the object.2. Acceleration MomentarySuppose that at t1 an object that was in A is moving at a speed v1. At time t2 the next, he was on point B with velocity v2. Acceleration of the object during the move from A to B is defined as the change in velocity divided by the time interval. Acceleration experienced by the object to be written by the equation:acceleration = change in velocity / time interval = (v2 - v1) / (t2 - t1) = Δv / ΔtDescription:a = acceleration (m/s2)v1 = initial velocity (m / s)v2 = final velocity (m / s)t1 = initial time / initial (s)t2 = end time (s)from the equation, if v2> v1, Nili acceleration is positive, the direction of the acceleration in the direction of the acceleration of the object. if v2 <v1, Nili negative acceleration, acceleration direction opposite to the acceleration of the object. Negative acceleration motion of the object is slowing pengalamani. How do we calculate the acceleration in a very short time interval (Δt → 0)? Acceleration of the object at very short time intervals is called instantaneous acceleration. To calculate the instantaneous acceleration, we can use the following equation: