old_contents: # FORCE CONVERSION
  
  
  # Newtons to Dynes (dyn)
  def n_to_dyn(n):
      return n * 10 ^ 5
  
  
  # Dynes to Newtons (n)
  def dyn_to_n(dyn):
      return dyn * 0.00001  # Precision of 5 significant digits
  
  
  # Newtons to Poundals (pdl)
  def n_to_pdl(n):
      return n * 7.23301  # Precision of 5 significant digits
  
  
  # Poundals to Newtons (n)
  def pdl_to_n(pdl):
      return pdl * 0.13826  # Precision of 5 significant digits
  
  
  # Newtons to Kilogram-Force (kp)
  def n_to_kp(n):
      return n * 0.10197  # Precision of 5 significant digits
  
  
  # Kilogram-Force to Newtons
  def kp_to_n(kp):
      return kp * 9.80665  # Precision of 5 significant digits
  
  
  # Dyne to Kilogram-Force (kp)
  def dyn_to_kp(dyn):
      return n_to_kp(dyn_to_n(dyn))
  
  
  # Kilogram-Force to Dyne (dyn)
  def kp_to_dyn(kp):
      return n_to_dyn(kp_to_n(kp))
  
  
  # Dynes to Poundals (pdl)
  def dyn_to_pdl(dyn):
      return n_to_pdl(dyn_to_n(dyn))
  
  
  # Poundals to Dynes (dyn)
  def pdl_to_dyn(pdl):
      return n_to_dyn(pdl_to_n(pdl))
  
  
  # Kilogram-Force to Poundals (pdl)
  def kp_to_pdl(kp):
      return n_to_pdl(kp_to_n(kp))
  
  
  # Poundals to Kilogram-Force (kp)
  def pdl_to_kp(pdl):
      return n_to_kp(pdl_to_n(pdl))
  
new_contents: # FORCE CONVERSION
  
  
  # Newtons to Dynes (dyn)
  def n_to_dyn(n):
      return n * 10 ** 5
  
  
  # Dynes to Newtons (n)
  def dyn_to_n(dyn):
      return dyn * 0.00001  # Precision of 5 significant digits
  
  
  # Newtons to Poundals (pdl)
  def n_to_pdl(n):
      return n * 7.23301  # Precision of 5 significant digits
  
  
  # Poundals to Newtons (n)
  def pdl_to_n(pdl):
      return pdl * 0.13826  # Precision of 5 significant digits
  
  
  # Newtons to Kilogram-Force (kp)
  def n_to_kp(n):
      return n * 0.10197  # Precision of 5 significant digits
  
  
  # Kilogram-Force to Newtons
  def kp_to_n(kp):
      return kp * 9.80665  # Precision of 5 significant digits
  
  
  # Dyne to Kilogram-Force (kp)
  def dyn_to_kp(dyn):
      return n_to_kp(dyn_to_n(dyn))
  
  
  # Kilogram-Force to Dyne (dyn)
  def kp_to_dyn(kp):
      return n_to_dyn(kp_to_n(kp))
  
  
  # Dynes to Poundals (pdl)
  def dyn_to_pdl(dyn):
      return n_to_pdl(dyn_to_n(dyn))
  
  
  # Poundals to Dynes (dyn)
  def pdl_to_dyn(pdl):
      return n_to_dyn(pdl_to_n(pdl))
  
  
  # Kilogram-Force to Poundals (pdl)
  def kp_to_pdl(kp):
      return n_to_pdl(kp_to_n(kp))
  
  
  # Poundals to Kilogram-Force (kp)
  def pdl_to_kp(pdl):
      return n_to_kp(pdl_to_n(pdl))
  
subject: Fix exponent operartor