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Power
Power-Best-Of.mp3
Power-Best-Of.mp4
Power.mp3
Power.mp4
Power-intro.mp3
[Intro]
It’s our power
(Our power)
[Verse 1]
How long
(Till we feel strong)
How far
(From where we are)
[Bridge]
It’s our power
(Our power)
[Chorus]
What watt?
(A joule per second)
Work divided by time
(Rhyme with reckoned)
[Verse 2]
What is our current voltage
(The voltage of our current)
Our power equals force (times volatility)
Of course… I’m starting to see
[Bridge]
It’s our power
(Our power)
[Chorus]
What watt?
(A joule per second)
Work divided by time
(Rhyme with reckoned)
[Bridge]
It’s our power
(Our power)
[Chorus]
What watt?
(A joule per second)
Work divided by time
(Rhyme with reckoned)
[Outro]
The reaper beckoned
It’s our power
(Our power)
No, not the final hour
(Conserve our power)
ABOUT THE SCIENCE
The formula for power depends on the context, but common formulas are 𝑃=𝑊𝑡
(power equals work divided by time),
𝑃=𝑉⋅𝐼
(power equals voltage multiplied by current for electrical circuits), and
𝑃=𝐹⋅𝑣
(power equals force multiplied by velocity for mechanical systems). The standard unit for power is the watt (W), which is a joule per second.
From the album “Reap“
View all episodes
By Power-Best-Of.mp3
Power-Best-Of.mp4
Power.mp3
Power.mp4
Power-intro.mp3
[Intro]
It’s our power
(Our power)
[Verse 1]
How long
(Till we feel strong)
How far
(From where we are)
[Bridge]
It’s our power
(Our power)
[Chorus]
What watt?
(A joule per second)
Work divided by time
(Rhyme with reckoned)
[Verse 2]
What is our current voltage
(The voltage of our current)
Our power equals force (times volatility)
Of course… I’m starting to see
[Bridge]
It’s our power
(Our power)
[Chorus]
What watt?
(A joule per second)
Work divided by time
(Rhyme with reckoned)
[Bridge]
It’s our power
(Our power)
[Chorus]
What watt?
(A joule per second)
Work divided by time
(Rhyme with reckoned)
[Outro]
The reaper beckoned
It’s our power
(Our power)
No, not the final hour
(Conserve our power)
ABOUT THE SCIENCE
The formula for power depends on the context, but common formulas are 𝑃=𝑊𝑡
(power equals work divided by time),
𝑃=𝑉⋅𝐼
(power equals voltage multiplied by current for electrical circuits), and
𝑃=𝐹⋅𝑣
(power equals force multiplied by velocity for mechanical systems). The standard unit for power is the watt (W), which is a joule per second.
From the album “Reap“