diff --git a/Electronics/Physics_of_electricity/Prefixes_for_units_of_electrical_measurement.md b/Electronics/Physics_of_electricity/Prefixes_for_units_of_electrical_measurement.md
index 56b996f..a0363ca 100644
--- a/Electronics/Physics_of_electricity/Prefixes_for_units_of_electrical_measurement.md
+++ b/Electronics/Physics_of_electricity/Prefixes_for_units_of_electrical_measurement.md
@@ -9,17 +9,17 @@ tags: [physics, electricity, exponents]
 In electronics we are often dealing with units that are very large or very small, thus we rely on [exponents](/Mathematics/Algebra/Exponents.md) for formal expression.
 
 | Prefix | Symbol | Expression as exponent | Expression as decimal value |
-|--------|--------|------------------------|-----------------------------|
+| ------ | ------ | ---------------------- | --------------------------- |
 | Giga-  | G      | $10^9$                 | 1,000,000,000               |
 | Mega-  | M      | $10^6$                 | 1,000,000                   |
 | Kilo-  | k      | $10^3$                 | 1,000                       |
-| Milli- | m      | $10^{-3}$                | 0.001                       |
-| Micro- | $\mu$  | $10^{-6}$                | 0.0000001                   |
-| Nano-  | n      | $10^{-9}$                | 0.0000000001                |
-| Pico-  | p      | $10^{-12}$               | 0.0000000000001             |
+| Milli- | m      | $10^{-3}$              | 0.001                       |
+| Micro- | $\mu$  | $10^{-6}$              | 0.0000001                   |
+| Nano-  | n      | $10^{-9}$              | 0.0000000001                |
+| Pico-  | p      | $10^{-12}$             | 0.0000000000001             |
 
-For example, with Amps we tend not to use 1 whole amp as this is far too large for most electronics. More common is the milliampere (mA) and the microampere ($\mu$A). 
+For example, with Amps we tend not to use 1 whole amp as this is far too large for most electronics. More common is the milliampere (mA) and the microampere ($\mu$A).
 
 A mA is equal to one thousandth of an ampere: 0.001 A. It takes 1000 milliamperes to equal one ampere.
 
-A $\mu$A is equal to one millionth of an ampere: 0.0000001 A. It takes one million micoramperes to equal one ampere.
\ No newline at end of file
+A $\mu$A is equal to one millionth of an ampere: 0.0000001 A. It takes one million micoramperes to equal one ampere.