Fixed formatting

Embedded/tasks.md

@@ -1,7 +1,7 @@
 
-#Task 1 :
+# Task 1 #
 
-##Part (a) :
+## Part (a) ##
 
 A low-impedant sensor outputs a 100 Hz sine wave which has a peak-to-peak amplitude ranging from 10 mv to 100 mv (depending on the the parameter being sensed - ignore that for now). A 4.0 V DC offset is superimposed on this output
 
@@ -11,7 +11,7 @@ A low-impedant sensor outputs a 100 Hz sine wave which has a peak-to-peak amplit
 Note : You can provide hand-drawn design for this part. No need to provide part number for the op-amps and other electronic components but please label all components. A short explanation on the working of the circuit is expected.
 
 
-##Part(b) :
+## Part(b) ##
 Assuming that output of your circuit in part(a) is being fed to A0 pin of an Arduino, develop a program to :
 
 1. Convert the analog to a digital value with a conversion time satisfying Nyquist criteria. Name this function “measureADC”
@@ -23,6 +23,6 @@ The functions should be named “f_write”: and “f_read”
 
 Note: Don't use open source library for read and write operations in flash memory in this. 
 
-#Task2
+#Task2#
 Repeat part (a) of Task 1 but with the sensor being high-impedant (max current of 1 micro Amp). 
 Everything else remains same. No need to repeat part (b)