import decimal

from decimal import *
getcontext().prec = 100

c = Decimal ('299792458')

v = Decimal ('5')
beta = Decimal (v) / Decimal (c)
beta2 = Decimal (beta) ** Decimal ('2')
gamma = 1 / ((1 - Decimal (beta) ** Decimal ('2')) ** Decimal ('0.5'))

print (v)
print ('{:52.50f}'.format(beta))
print ('{:52.50f}'.format(beta2))
print ('{:52.50f}'.format(gamma))

v = Decimal ('0')
beta = Decimal (v) / Decimal (c)
gamma = 1 / ((1 - Decimal (beta) ** Decimal ('2')) ** Decimal ('0.5'))

print (v)
print ('{:17.15f}'.format(beta))
print ('{:32.30f}'.format(gamma))

v = Decimal ('1')
beta = Decimal (v) / Decimal (c)
gamma = 1 / ((1 - Decimal (beta) ** Decimal ('2')) ** Decimal ('0.5'))

print (v)
print ('{:17.15f}'.format(beta))
print ('{:32.30f}'.format(gamma))

v = Decimal ('3')
beta = Decimal (v) / Decimal (c)
gamma = 1 / ((1 - Decimal (beta) ** Decimal ('2')) ** Decimal ('0.5'))

print (v)
print ('{:17.15f}'.format(beta))
print ('{:32.30f}'.format(gamma))

v = Decimal ('10')
beta = Decimal (v) / Decimal (c)
gamma = 1 / ((1 - Decimal (beta) ** Decimal ('2')) ** Decimal ('0.5'))

print (v)
print ('{:17.15f}'.format(beta))
print ('{:32.30f}'.format(gamma))

v = Decimal ('30')
beta = Decimal (v) / Decimal (c)
gamma = 1 / ((1 - Decimal (beta) ** Decimal ('2')) ** Decimal ('0.5'))

print (v)
print ('{:17.15f}'.format(beta))
print ('{:32.30f}'.format(gamma))

v = Decimal ('100')
beta = Decimal (v) / Decimal (c)
gamma = 1 / ((1 - Decimal (beta) ** Decimal ('2')) ** Decimal ('0.5'))

print (v)
print ('{:17.15f}'.format(beta))
print ('{:32.30f}'.format(gamma))

v = Decimal ('300')
beta = Decimal (v) / Decimal (c)
gamma = 1 / ((1 - Decimal (beta) ** Decimal ('2')) ** Decimal ('0.5'))

print (v)
print ('{:17.15f}'.format(beta))
print ('{:32.30f}'.format(gamma))

v = Decimal ('1000')
beta = Decimal (v) / Decimal (c)
gamma = 1 / ((1 - Decimal (beta) ** Decimal ('2')) ** Decimal ('0.5'))

print (v)
print ('{:17.15f}'.format(beta))
print ('{:32.30f}'.format(gamma))

v = Decimal ('2998')
beta = Decimal (v) / Decimal (c)
gamma = 1 / ((1 - Decimal (beta) ** Decimal ('2')) ** Decimal ('0.5'))

print (v)
print ('{:17.15f}'.format(beta))
print ('{:32.30f}'.format(gamma))

v = Decimal ('10000')
beta = Decimal (v) / Decimal (c)
gamma = 1 / ((1 - Decimal (beta) ** Decimal ('2')) ** Decimal ('0.5'))

print (v)
print ('{:17.15f}'.format(beta))
print ('{:32.30f}'.format(gamma))

v = Decimal ('29979')
beta = Decimal (v) / Decimal (c)
gamma = 1 / ((1 - Decimal (beta) ** Decimal ('2')) ** Decimal ('0.5'))

print (v)
print ('{:17.15f}'.format(beta))
print ('{:32.30f}'.format(gamma))

v = Decimal ('100000')
beta = Decimal (v) / Decimal (c)
gamma = 1 / ((1 - Decimal (beta) ** Decimal ('2')) ** Decimal ('0.5'))

print (v)
print ('{:17.15f}'.format(beta))
print ('{:32.30f}'.format(gamma))

v = Decimal ('299792')
beta = Decimal (v) / Decimal (c)
gamma = 1 / ((1 - Decimal (beta) ** Decimal ('2')) ** Decimal ('0.5'))

print (v)
print ('{:17.15f}'.format(beta))
print ('{:32.30f}'.format(gamma))

v = Decimal ('1000000')
beta = Decimal (v) / Decimal (c)
gamma = 1 / ((1 - Decimal (beta) ** Decimal ('2')) ** Decimal ('0.5'))

print (v)
print ('{:17.15f}'.format(beta))
print ('{:32.30f}'.format(gamma))

v = Decimal ('2997925')
beta = Decimal (v) / Decimal (c)
gamma = 1 / ((1 - Decimal (beta) ** Decimal ('2')) ** Decimal ('0.5'))

print (v)
print ('{:17.15f}'.format(beta))
print ('{:32.30f}'.format(gamma))

v = Decimal ('10000000')
beta = Decimal (v) / Decimal (c)
gamma = 1 / ((1 - Decimal (beta) ** Decimal ('2')) ** Decimal ('0.5'))

print (v)
print ('{:17.15f}'.format(beta))
print ('{:32.30f}'.format(gamma))

v = Decimal ('29979246')
beta = Decimal (v) / Decimal (c)
gamma = 1 / ((1 - Decimal (beta) ** Decimal ('2')) ** Decimal ('0.5'))

print (v)
print ('{:17.15f}'.format(beta))
print ('{:32.30f}'.format(gamma))

v = Decimal ('100000000')
beta = Decimal (v) / Decimal (c)
gamma = 1 / ((1 - Decimal (beta) ** Decimal ('2')) ** Decimal ('0.5'))

print (v)
print ('{:17.15f}'.format(beta))
print ('{:32.30f}'.format(gamma))

v = Decimal ('299792457')
beta = Decimal (v) / Decimal (c)
gamma = 1 / ((1 - Decimal (beta) ** Decimal ('2')) ** Decimal ('0.5'))

print (v)
print ('{:17.15f}'.format(beta))
print ('{:32.30f}'.format(gamma))