code: def test_convert_to_quantities():
      assert convert_to(3, meter) == 3
  
      assert convert_to(mile, kilometer) == 25146 * kilometer / 15625
      assert (
          convert_to(meter / second, speed_of_light)
          == speed_of_light / 299792458
      )
      assert (
          convert_to(299792458 * meter / second, speed_of_light)
          == speed_of_light
      )
      assert (
          convert_to(2 * 299792458 * meter / second, speed_of_light)
          == 2 * speed_of_light
      )
      assert (
          convert_to(speed_of_light, meter / second)
          == 299792458 * meter / second
      )
      assert (
          convert_to(2 * speed_of_light, meter / second)
          == 599584916 * meter / second
      )
      assert convert_to(day, second) == 86400 * second
      assert convert_to(2 * hour, minute) == 120 * minute
      assert convert_to(mile, meter) == 201168 * meter / 125
      assert convert_to(
          mile / hour, kilometer / hour
      ) == 25146 * kilometer / (15625 * hour)
      assert convert_to(3 * newton, meter / second) == 3 * newton
      assert (
          convert_to(3 * newton, kilogram * meter / second**2)
          == 3 * meter * kilogram / second**2
      )
      assert convert_to(kilometer + mile, meter) == 326168 * meter / 125
      assert (
          convert_to(2 * kilometer + 3 * mile, meter)
          == 853504 * meter / 125
      )
      assert (
          convert_to(inch**2, meter**2)
          == 16129 * meter**2 / 25000000
      )
      assert (
          convert_to(3 * inch**2, meter)
          == 48387 * meter**2 / 25000000
      )
      assert convert_to(
          2 * kilometer / hour + 3 * mile / hour, meter / second
      ) == 53344 * meter / (28125 * second)
      assert convert_to(
          2 * kilometer / hour + 3 * mile / hour, centimeter / second
      ) == 213376 * centimeter / (1125 * second)
      assert (
          convert_to(kilometer * (mile + kilometer), meter)
          == 2609344 * meter**2
      )
  
      assert convert_to(steradian, coulomb) == steradian
      assert convert_to(radians, degree) == 180 * degree / pi
      assert convert_to(radians, [meter, degree]) == 180 * degree / pi
      assert convert_to(pi * radians, degree) == 180 * degree
      assert convert_to(pi, degree) == 180 * degree
  
file_path: sympy/sympy/physics/units/tests/test_util.py
imports: from sympy.core.containers import Tuple
  from sympy.core.numbers import pi
  from sympy.core.power import Pow
  from sympy.core.symbol import symbols
  from sympy.core.sympify import sympify
  from sympy.printing.str import sstr
  from sympy.physics.units import G, centimeter, coulomb, day, degree, gram, hbar, hour, inch, joule, kelvin, kilogram, kilometer, length, meter, mile, minute, newton, planck, planck_length, planck_mass, planck_temperature, planck_time, radians, second, speed_of_light, steradian, time, km
  from sympy.physics.units.util import convert_to, check_dimensions
  from sympy.testing.pytest import raises
label_desc: Use image node_id 6 for calling a global function with example usage: test_convert_to_quantities() without return types