Question $5.$ Using the equation $E_{\text{e}\text{n}\text{e}\text{r}\text{g}\text{y}}=h\frac{c}{}$ show how wavelength and energy change

relative to each other. Eenergy becomes $1=\frac{h}{}$

Algorithm:

no$,$ mike $h=1$

Make things that don't change invisible $($generally this means setting $=1)$

c$=1$l

Secoetecost

Make a truth table $($this is just a table of values of $$ you get for different $E)$

Put in simple numbers for $$ and $r?$cord what you get for $E.$

Look at the numbers for patterns;

Answer the original question

Eenergy $=h\frac{c}{}$

$h=6\mathrm{.}626{10}^{-34}$

$c=3\mathrm{.}00{10}^8$

$,(6\mathrm{.}26{10}^{-34})(3\mathrm{.}00{10}^8)|1$