import math

r = 0

v = 0

w = 0

t = 0

ac = 0

aa = 0

ru = "m"

tu = "s"

vu= "m/s"

wu = "rad/s"

acu = "m/s^2"

aau = "rad/s^2"

r = int(input("inserta el radio en metros si no hay pon 0: "))

t = int(input("inserta el tirmpo en segundos si no hay pon 0: "))

v = int(input("inserta la velocidad en metros por segundos si no hay pon 0: "))

w = int(input("inserta la velocidad angular en radianes por segundos, si no hay pon 0: "))

if(r==0)and(t==0):

    r =  v/w 

    t =  2*math.pi/w

    print("///////////////////////////")    

    print("r =  v/w")

    print(f"{str(r)} {ru}")

    print("t =  2*math.pi/w")

    print(f"{str(t)} {tu}")

    print("------------------------")

elif(v==0)and(w==0):

    v = 2*math.pi*r/t

    w =2*math.pi/t

    print("///////////////////////////")

    print("v =  (2*math.pi*r)/t")

    print(f"{str(v)} {vu}")

    print("w =  2*math.pi/t")

    print(f"{str(w)} {wu}")

    print("------------------------")

elif(r==0)and(w==0):

    r = (v*t)/(2*math.pi)

    w =  2*math.pi/t

    print("///////////////////////////")

    print("r =  (v*t)/(2*math.pi)")

    print(f"{str(r)} {ru}") 

    print("w =  2*math.pi/t")

    print(f"{str(w)} {wu}")

    print("------------------------")

elif(t==0)and(v==0):

    t =  2*math.pi/w

    v =  w*r

    print("///////////////////////////")   

    print("t =  2*math.pi/w")

    print(f"{str(t)} {tu}")

    print("v =  w*r")

    print(f"{str(v)} {vu}") 

    print("------------------------")

elif(r==0)and(v==0):

    print("faltan datos")

elif(t==0)and(w==0):

    t =  (2*math.pi*r)/v

    w =  v/r

    print("///////////////////////////")   

    print("t =  (2*math.pi*r)/v")

    print(f"{str(t)} {tu}")

    print("w =  v/r")

    print(f"{str(w)} {wu}")

    print("------------------------")

if(r>0)and(v>0):

    ac =  (v*v)/r  

    aa =  w/t 

    print("ac =  (v^2)/r")

    print(f"{str(ac)}{acu}")

    print("aa =  w/t")

    print(f"{str(aa)}{aau}")

print("///////////////////////////")

from math import asin

from math import sin

from math import radians

from math import degrees

from math import pi

#━━━━━━ ◦ ❖ ◦ ━━━━━━

a = 0

r = 0

f = 0

t = 0

a1 = 0

r1 = 0

f1 = 0

t1 = 0

a2 = 0

r2 = 0

f2 = 0

t2 = 0

a3 = 0

r3 = 0

f3 = 0

t3 = 0

a4 = 0

r4 = 0

f4 = 0

t4 = 0

#━━━━━━ ◦ ❖ ◦ ━━━━━━}

au = "°"

ru = "m"

tu = "NM"

fu = "N"

vu= "m/s"

wu = "rad/s"

acu = "m/s^2"

af = "sin(a) = t/(f*r)"

rf = "r = t/(f*sin(ang)"

ff = "f = t/(r*sin(ang)"

tf = "t = r*f*sin(ang)"

#━━━━━━ ◦ ❖ ◦ ━━━━━━

res = input("cual es tu incognita?a/r/f/t \n")

if res == "t":

    #━━━━━━ ◦ ❖ ◦ ━━━━━━

    a1 = float(input("pon el angulo de el torque \n"))

    r1 = float(input("pon el radio de el torque \n"))

    f1 = float(input("pon la fuerza de el torque \n"))

    t1 = r1*f1*sin(radians(a1))

    res = input("hay otra fuerza afectando?s/n \n")

    if res == "s":

        a2 = float(input("pon el angulo de el torque \n"))

        r2 = float(input("pon el radio de el torque \n"))

        f2 = float(input("pon la fuerza de el torque \n"))

        t2 = r2*f2*sin(radians(a2))

        res = input("hay otra fuerza afectando?s/n \n")

        if res == "s":

            a3 = float(input("pon el angulo de el torque \n"))

            r3 = float(input("pon el radio de el torque \n"))

            f3 = float(input("pon la fuerza de el torque \n"))

            t3 = r3*f3*sin(radians(a3))

            res = input("hay otra fuerza afectando?s/n \n")

            if res == "s":

                a4 = float(input("pon el angulo de el torque \n"))

                r4 = float(input("pon el radio de el torque \n"))

                f4 = float(input("pon la fuerza de el torque \n"))

                t4 = r4*f4*sin(radians(a4))

                t = t1+t2+t3+t4

                print(f"seno1 = {str(sin(radians(a1)))}")

                print(f"seno2 = {str(sin(radians(a2)))}")

                print(f"seno3 = {str(sin(radians(a3)))}")

                print(f"seno4 = {str(sin(radians(a4)))}")

                print(f"t1 = {str(r1)}*{str(f1)}*{str(sin(radians(a1)))}")

                print(f"t1 = {str(t1)} {tu}")

                print(f"t2 = {str(r2)}*{str(f2)}*{str(sin(radians(a2)))}")

                print(f"t2 = {str(t2)} {tu}")

                print(f"t3 = {str(r3)}*{str(f3)}*{str(sin(radians(a3)))}")

                print(f"t3 = {str(t3)} {tu}")

                print(f"t4 = {str(r4)}*{str(f4)}*{str(sin(radians(a4)))}")

                print(f"t4 = {str(t4)} {tu}")

                print(f"t Total = {str(t)} {tu}")           

            else:

                t = t1+t2+t3

                print(tf)

                print(f"seno1 = {str(sin(radians(a1)))}")

                print(f"seno2 = {str(sin(radians(a2)))}")

                print(f"seno3 = {str(sin(radians(a3)))}")

                print(f"t1 = {str(r1)}*{str(f1)}*{str(sin(radians(a1)))}")

                print(f"t1 = {str(t1)} {tu}")

                print(f"t2 = {str(r2)}*{str(f2)}*{str(sin(radians(a2)))}")

                print(f"t2 = {str(t2)} {tu}")

                print(f"t3 = {str(r3)}*{str(f3)}*{str(sin(radians(a3)))}")

                print(f"t3 = {str(t3)} {tu}")

                print(f"t Total = {str(t)} {tu}")

        else:

            t = t1+t2

            print(tf)

            print(f"seno1 = {str(sin(radians(a1)))}")

            print(f"seno2 = {str(sin(radians(a2)))}")

            print(f"t1 = {str(r1)}*{str(f1)}*{str(sin(radians(a1)))}")        

            print(f"t1 = {str(t1)} {tu}")

            print(f"t2 = {str(r2)}*{str(f2)}*{str(sin(radians(a2)))}")

            print(f"t2 = {str(t2)} {tu}")

            print(f"t Total = {str(t)} {tu}")

    else:

        print(tf)

        print(f"seno = {str(sin(radians(a1)))}")

        print(f"t = {str(r1)}*{str(f1)}*{str(sin(radians(a1)))}")

        print(f"t = {str(t1)} {tu}")

        print(pi)

        #━━━━━━ ◦ ❖ ◦ ━━━━━━

elif res == "f":

    a1 = float(input("pon el angulo de el torque \n"))

    r1 = float(input("pon el radio de el torque \n"))

    t1 = float(input("pon el torque \n"))

    f1 = t1/(r1*sin(radians(a1)))

    print(ff)

    print(f"seno = {str(sin(radians(a1)))}")

    print(f"Fuerza = {str(f1)} {fu}")

elif res == "r":

    a1 = float(input("pon el angulo de el torque \n"))

    t1 = float(input("pon el torque \n"))

    f1 = float(input("pon la fuerza de el torque \n"))

    r1 = t1/(f1*sin(radians(a1)))

    print(rf)

    print(f"Radio = {str(r1)} {ru}")

elif res == "a":

    r1 = float(input("pon el radio de el torque \n"))    

    t1 = float(input("pon el torque \n"))

    f1 = float(input("pon la fuerza de el torque \n"))

    a1 = t1/(f1*r1)

    print(af)

    print (f"Angulo = {str(degrees(asin(a1)))} Seno = {str(a1)}")