spelling mistakes correction

Author: Zontex

README.md

@@ -1,10 +1,15 @@
+# Description
+
+API Class to get data about rockets flying from Gaza strip to Israel.
+the API use's the official public API provided by "Pikud ha-oref" in Israel.
+
 # Features
 
 * Get red-alerts in real-time from "Pikud ha-oref" public API
 
 * Fetch location data from alerts codes (coordinates, city names, time to run for shelters)
 
-* Generate random coordinates within a city for virtualizing flying rocket
+* Generate random coordinates within a city for visualization of a flying rocket
 
 * Count number of alerts currently there is
 
@@ -17,7 +22,7 @@
      The class provides the necessary functions and tools to get the latest information
      About the Israeli missiles status and when Israel is under attack.
 
-### Q) Isn't the enemy can use it against Israel?
+### Q) Can't the enemy use it against Israel?
 
 *    No. All the information in the Class is public and available,
      All I did is to organize it at one place for easy access.
@@ -27,7 +32,7 @@
 
 *    No, at least not for the developers. the military may have such capabilities.
      The prediction is not possible due to many parameters such as:
-     Where the rocket came from, how many fuel inside the rocket, what speed the rocket flying it,
+     Where the rocket came from, How much fuel is inside the rocket, at what speed is the rocket flying,
      Directions of the rocket and weather conditions - something which make it impossible for any
      non-military individual, even with technology such as machine learning and prediction algorithms.
 
@@ -37,10 +42,10 @@
      The Code is under MIT license - please make sure to understand the meaning.
      The Code provided AS IS WITHOUT ANY WARRANTY.
 
-### Q) How can I virtualize how much time the rocket have till it will hit the city?
+### Q) How can I visualize how much time the rocket have till it will hit the city?
 
 *    Use the milliseconds calculated from how much time left for people to run to shelters,
-     Then virtualize using that seconds of long the rocket has to fly till it will hit the city.
+     Then visualize using that seconds of long the rocket has to fly till it will hit the city.
 
 # Requirements