This package serve the aim to convert temperature between fahrenheit and celsius degree, and provide reference on melting points of 10 kinds of common metal:
c_to_f()
Convert Celsium to Fahrenheit.
C_to_f(...)
... numeric numbers
c_to_f(18)
f_to_c()
Convert Fahrenheit to Celsium.
f_to_c(...)
... numeric numbers
f_to_c(75)
goldmelt()
Return the melting point of gold in both Fahrenheit and Celsium.
goldmelt(...)
... 'f' or 'c' (with quote), input 'f' leads to output in Fahrenheit; input 'c' leads to output in Celsium.
goldmelt('f')
silvermelt()
Return the melting point of silver in both Fahrenheit and Celsium.
silvermelt(...)
... 'f' or 'c' (with quote), input 'f' leads to output in Fahrenheit; input 'c' leads to output in Celsium.
silvermelt('f')
aluminummelt()
Return the melting point of aluminum in both Fahrenheit and Celsium.
aluminummelt(...)
... 'f' or 'c' (with quote), input 'f' leads to output in Fahrenheit; input 'c' leads to output in Celsium.
aluminummelt('f')
zincmelt()
Return the melting point of zinc in both Fahrenheit and Celsium.
zincmelt(...)
... 'f' or 'c' (with quote), input 'f' leads to output in Fahrenheit; input 'c' leads to output in Celsium.
zincmelt('f')
leadmelt()
Return the melting point of lead in both Fahrenheit and Celsium.
leadmelt(...)
... 'f' or 'c' (with quote), input 'f' leads to output in Fahrenheit; input 'c' leads to output in Celsium.
leadmelt('f')
tinmelt()
Return the melting point of tin in both Fahrenheit and Celsium.
tinmelt(...)
... 'f' or 'c' (with quote), input 'f' leads to output in Fahrenheit; input 'c' leads to output in Celsium.
tinmelt('f')
magnesiummelt()
Return the melting point of magnesium in both Fahrenheit and Celsium.
magnesiummelt(...)
... 'f' or 'c' (with quote), input 'f' leads to output in Fahrenheit; input 'c' leads to output in Celsium.
magnesiummelt('f')
titaniummelt()
Return the melting point of titanium in both Fahrenheit and Celsium.
titaniummelt(...)
... 'f' or 'c' (with quote), input 'f' leads to output in Fahrenheit; input 'c' leads to output in Celsium.
titaniummelt('f')
copermelt()
Return the melting point of coper in both Fahrenheit and Celsium.
copermelt(...)
... 'f' or 'c' (with quote), input 'f' leads to output in Fahrenheit; input 'c' leads to output in Celsium.
copermelt('f')
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