Where Does Your Power Come From?

Well a lot of you may have seen this question from the rpg test but i want to give it more answers. So choose! Where do you think your power come from?

 

Why is there no "Determination"?
In that case I'll choose "Believe"

 

I don't have any of these.

1. Training: If someone trained me to do something, I would likely forget at least some of how to do it within a week.
2. Gift: Screw this, I actually do have some gifts...
3. Luck: Are you joking? I have as much luck as someone who doesn't use agility or dexterity
4. Believe: I don't believe.
5. Balance: Not sure.
6. Nature: Nope.
7. Knowledge: Maybeh
8. Relationships: Urgh...
9. Attention: Wat
10. Soul: Ok?

 

100 pushups, 100 situps, 100 squats, 10km running every day.
And most importantly of all, never use air conditioning no matter how hot or cold it is.

 

I draw my power from dank memes and those who post them.

If any of you dank and wonderful people are out there I just want you to know that

 

Training: Ez
Gift: Either from a mage or god
Luck: wot
Believe: For Crystal ball users
Balance: I'm not Libra, lol
Nature: Mother Nature?
Knowledge: Nope
Relationships: Uh...
Attention: How does this work?!
Soul: UNLEASH YOUR RAGE!!! WILL YOUR MAGIC TO BE UNLEASHED!!! RAAAAAAAH!!! *eren scream*

________________________________

Training: Ez
Gift: My name is Juanito irl, and I am a gracious gift from God <3
Luck: Nope
Believe:
Balance: I ain't Libra
Nature: Mother Nature?
Knowledge: Reading books is fun
Relationships: o///o
Attention: Eh...
Soul: Unleashes his Lightning Fire Dragon Mode Payback... x100

 

Training: no training
Gift:my gift may be creativity
Luck: kinda lucky
Believe: no proof,no belief
Balancence: _-_-_-_-_
Nature: not really peaceful
Knowledge: _-_-_-_-_
Relationships: if I don't even tell my friends about this

Spoiler: ...

why should I post it for strangers to see XD

Attention: uh..what did you just say?
Soul:I don't know how to explain this point :>

 

Peace is a lie, there is only passion.
Through passion, I gain strength.
Through strength, I gain power.
Through power, I gain victory.
Through victory, my chains are broken.
The Force shall free me.

Edit: I'm surprised that so far no one has got this reference so far.

 

Training: I cycle every day 30 minutes to school. It's nothing
Gift: I only get money on my birthday
Luck: well my name says it all
Believe: I don't believe
Balance: I can fall over my own feet
Nature: well I am gamer
Knowledge: I can be smart sometimes
Relationships: I am not that social
Attention: there is a delay of 5 seconds between seeing or hearing things and recognise it in my brain
Soul: I have in real life only 1 soul point man

 

GUYS CALM DOWN attention mean you being alert to the environment

 

*looks down list, sees "soul"*
Immediately thinks of this:

*walks into bar*
Friend: "Yo what do you want to eat?"
Me: "wat"
*hippe friend walks up* "he means what gives you inner power bruh"
Me: "oh, in that case... THE SOULS OF THE INNOCENT!"
Friend: "... Imma just get you a bagel"
Me: "NOOOOOO"

 

You spelled it wrong, and I would rather not tell where my power...

I have posted enough innuendo this month.

 

Lmao. I guess you've seen this then.

 

In physics, power is the rate of doing work. It is equivalent to an amount of energy consumed per unit time. In the SI system, the unit of power is the joule per second (J/s), known as the watt in honour of James Watt, the eighteenth-century developer of the steam engine. It is a scalar quantity.

The integral of power over time defines the work performed. Because this integral depends on the trajectory of the point of application of the force and torque, this calculation of work is said to be path dependent.

As a physical concept, power requires both a change in the physical universe and a specified time in which the change occurs. This is distinct from the concept of work, which is only measured in terms of a net change in the state of the physical universe. The same amount of work is done when carrying a load up a flight of stairs whether the person carrying it walks or runs, but more power is needed for running because the work is done in a shorter amount of time.

The output power of an electric motor is the product of the torque that the motor generates and the angular velocity of its output shaft. The power involved in moving a vehicle is the product of the traction force of the wheels and the velocity of the vehicle. The rate at which a light bulb converts electrical energy into light and heat is measured in watts—the higher the wattage, the more power, or equivalently the more electrical energy is used per unit time.[1][2]



Contents
[hide]

• 1Units
• 2Average power
• 3Mechanical power
  • 3.1Mechanical advantage
• 4Electrical power
• 5Peak power and duty cycle
• 6See also
• 7References

Units[edit]

Ansel Adams photograph of electrical wires of the Boulder Dam Power Units, 1941–1942
The dimension of power is energy divided by time. The SI unit of power is the watt (W), which is equal to one joule per second. Other units of power include ergs per second (erg/s), horsepower (hp), metric horsepower(Pferdestärke (PS) or cheval vapeur (CV)), and foot-pounds per minute. One horsepower is equivalent to 33,000 foot-pounds per minute, or the power required to lift 550 pounds by one foot in one second, and is equivalent to about 746 watts. Other units include dBm, a relative logarithmic measure with 1 milliwatt as reference; food calories per hour (often referred to as kilocalories per hour); Btu per hour (Btu/h); and tons of refrigeration (12,000 Btu/h).

Average power[edit]
As a simple example, burning a kilogram of coal releases much more energy than does detonating a kilogram of TNT,[3] but because the TNT reaction releases energy much more quickly, it delivers far more power than the coal. If ΔW is the amount of work performed during a period of time of duration Δt, the average power Pavg over that period is given by the formula

It is the average amount of work done or energy converted per unit of time. The average power is often simply called "power" when the context makes it clear.

The instantaneous power is then the limiting value of the average power as the time interval Δt approaches zero.

In the case of constant power P, the amount of work performed during a period of duration T is given by:

In the context of energy conversion, it is more customary to use the symbol E rather than W.

Mechanical power[edit]
Power in mechanical systems is the combination of forces and movement. In particular, power is the product of a force on an object and the object's velocity, or the product of a torque on a shaft and the shaft's angular velocity.

Mechanical power is also described as the time derivative of work. In mechanics, the work done by a force F on an object that travels along a curve C is given by the line integral:


where x defines the path C and v is the velocity along this path.

If the force F is derivable from a potential (conservative), then applying the gradient theorem (and remembering that force is the negative of the gradient of the potential energy) yields:


where A and B are the beginning and end of the path along which the work was done.

The power at any point along the curve C is the time derivative


In one dimension, this can be simplified to:


In rotational systems, power is the product of the torque τ and angular velocity ω,


where ω measured in radians per second. The represents scalar product.

In fluid power systems such as hydraulic actuators, power is given by


where p is pressure in pascals, or N/m2 and Q is volumetric flow rate in m3/s in SI units.

Mechanical advantage[edit]
If a mechanical system has no losses, then the input power must equal the output power. This provides a simple formula for the mechanical advantage of the system.

Let the input power to a device be a force FA acting on a point that moves with velocity vA and the output power be a force FB acts on a point that moves with velocity vB. If there are no losses in the system, then


and the mechanical advantage of the system (output force per input force) is given by


The similar relationship is obtained for rotating systems, where TA and ωA are the torque and angular velocity of the input and TB and ωB are the torque and angular velocity of the output. If there are no losses in the system, then


which yields the mechanical advantage


These relations are important because they define the maximum performance of a device in terms of velocity ratios determined by its physical dimensions. See for example gear ratios.

Electrical power[edit]
Main article: Electric power
The instantaneous electrical power P delivered to a component is given by

where

P(t) is the instantaneous power, measured in watts (joules per second)
V(t) is the potential difference (or voltage drop) across the component, measured in volts
I(t) is the current through it, measured in amperes
If the component is a resistor with time-invariant voltage to current ratio, then:

where

is the resistance, measured in ohms.

Peak power and duty cycle[edit]

In a train of identical pulses, the instantaneous power is a periodic function of time. The ratio of the pulse duration to the period is equal to the ratio of the average power to the peak power. It is also called the duty cycle (see text for definitions).
In the case of a periodic signal of period , like a train of identical pulses, the instantaneous power is also a periodic function of period . The peak power is simply defined by:

.
The peak power is not always readily measurable, however, and the measurement of the average power is more commonly performed by an instrument. If one defines the energy per pulse as:

then the average power is:

.
One may define the pulse length such that so that the ratios

are equal. These ratios are called the duty cycle of the pulse train.

 

I don't have any powers really. But I guess you could say I got some form of power due to a horrible lab accident mutating me into a more powerful creature than before.

 

omg so many ppl choose knowledge

 

My power comes from some place in the city

 

Nu... Knowledge because I study animals and stuff all day and I love to read, write and draw.

 

It came from Hell

 

i would love to add that choice

too bad it exceeds the limit