decifarad to coulomb/volt
Please provide values below to convert decifarad [dF] to coulomb/volt [C/V], or change ↔.
decifarad [dF]
Definition: A unit of capacitance equal to 0.1 farads, which is still too large for most consumer-grade capacitors but can be encountered in specific research.
Historyandorigin: Decifarad is a smaller subunit in the metric system, sometimes used for large-scale applications.
CurrentUse: Occasionally found in engineering research when discussing large electrical systems or prototypes.
funfact: A decifarad capacitor would be quite heavy and could store enough energy to power a sizable system!
coulomb/volt [C/V]
Definition: A derived unit of capacitance, representing the amount of charge in coulombs per volt, which defines capacitance in terms of electric charge.
Historyandorigin: This unit is directly related to the definition of capacitance, as one coulomb per volt is the capacitance that allows one coulomb of charge to be stored per volt.
CurrentUse: Used as a practical measure of capacitance when measuring devices that store charge, often seen in laboratory setups.
funfact: This unit defines how capacitors function by their ability to store charge and release it when needed!
decifarad [dF] to coulomb/volt [C/V] Conversion Table
| 1 decifarad [dF] | 0.1 coulomb/volt [C/V] |
| 2 decifarad [dF] | 0.2 coulomb/volt [C/V] |
| 3 decifarad [dF] | 0.3 coulomb/volt [C/V] |
| 5 decifarad [dF] | 0.5 coulomb/volt [C/V] |
| 10 decifarad [dF] | 1 coulomb/volt [C/V] |
| 50 decifarad [dF] | 5 coulomb/volt [C/V] |
| 100 decifarad [dF] | 10 coulomb/volt [C/V] |
| 1000 decifarad [dF] | 100 coulomb/volt [C/V] |
| 10000 decifarad [dF] | 1000 coulomb/volt [C/V] |
| 100000 decifarad [dF] | 10000 coulomb/volt [C/V] |
| 1000000 decifarad [dF] | 100000 coulomb/volt [C/V] |
How to Convert decifarad to coulomb/volt
1 decifarad [dF] = 0.1 coulomb/volt [C/V]
1 coulomb/volt [C/V] = 10 decifarad [dF]
we use cross multiplication method
decifarad [dF] → coulomb/volt [C/V]
1 → 0.1
1.5 → ?( suppose x)
=>1.5*0.1=1*x
by simplifying
x=0.15