diff --git a/physics/wave_formula_calculations.py b/physics/wave_formula_calculations.py
new file mode 100644
index 000000000000..fa2b362a984f
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+++ b/physics/wave_formula_calculations.py
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+# Wave Formula Calculations
+
+"""
+Background:
+The Wave Formulas are for calculating the characteristics
+of a wave. 
+
+Used for stuff like the:- 
+
+1. Speed of a wave in water
+2. Frequency of wave a in air
+3. Frequency of an electromagnetic - basically like light - wave
+
+Note:- Above are just some of the many cases this formula can be applied to.
+
+This calculator is not really meant for light.
+It can be used for it, just know that you will need to input the speed of light
+again and again because no constant has been assigned to it.
+
+Not sure if this can work for really big numbers.
+"""
+
+v = 0  # Wave Speed/Velocity
+wavelength = 0
+frequency = 0
+
+# Constant
+CALC_TO_DO_STATEMENT = """
+Would you like to :-
+1. Calculate Speed of a Wave
+2. Calculate Wavelength of a Wave
+3. Calculate Frequency of a Wave
+
+Input 1, 2, 3 or three for the respective wave calculation.
+> """
+
+calc_to_do = input(CALC_TO_DO_STATEMENT)
+
+while type(calc_to_do) != int:
+    if calc_to_do == "1" or calc_to_do == "2" or calc_to_do == "3":
+        calc_to_do = int(calc_to_do)
+    else:
+        print("Choice out of scope")
+        calc_to_do = input(CALC_TO_DO_STATEMENT)
+
+if calc_to_do == 1:
+
+    wavelength = float(input("Enter the wavelength of the wave (meters): "))
+    while wavelength <= 0:
+        print("Wavelength must be greater than zero.")
+        wavelength = float(input("Enter the wavelength of the wave (meters): "))
+
+    frequency = float(input("Enter the frequency of the wave (Hz): "))
+    while frequency <= 0:
+        print("Frequency must be greater than zero.")
+        frequency = float(input("Enter the Frequency of the wave (Hz): ")) 
+
+    # Wave Speed Formula
+    v = wavelength * frequency
+
+    # To remove pesky decimal point from values like 25.0
+    if "." in str(v):
+        v = int(v)
+    print("Wave Speed =", str(v) + 'm/s')
+
+if calc_to_do == 2:
+
+    v = float(input("Enter the speed of the wave (meters/second): "))
+    while v <= 0:
+        print("Speed must be greater than zero.")
+        v = float(input("Enter the Speed of the wave (meters/second): "))
+
+    frequency = float(input("Enter the frequency of the wave (Hz): "))
+    while frequency <= 0:
+        print("Frequency must be greater than zero.")
+        frequency = float(input("Enter the Frequency of the wave (Hz): ")) 
+
+    # Wavelength Formula
+    wavelength = v / frequency
+    if "." in str(wavelength):
+        wavelength = int(wavelength)
+    print("Wavelength =", str(wavelength) + "m")
+
+if calc_to_do == 3:
+
+    v = float(input("Enter the speed of the wave (meters/second): "))
+    while v <= 0:
+        print("Speed must be greater than zero.")
+        v = float(input("Enter the Speed of the wave (meters/second): "))
+
+    wavelength = float(input("Enter the wavelength of the wave (meters): "))
+    while wavelength <= 0:
+        print("Wavelength must be greater than zero.")
+        wavelength = float(input("Enter the wavelength of the wave (meters): "))
+    
+    # Frequency Formula
+    frequency = v / wavelength
+    if "." in str(frequency):
+        frequency = int(frequency)
+    print("Frequency =", str(frequency) + "Hz")   
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