Albert einstein determined this equation: energy (in joules) of a photon
is equal to planck's constant times the frequency of the light:
erhof
frequency (f) has units of 1/sec (which is a hertz, or hz)
planck's constant (h) = 6.626 x 10-34 j·sec
a) if the frequency of a red spectrum line is at 1.60 x 1014 hz, how
much energy does each photon of this light have?

Ci think not

Ithink carbon dioxide, i am not completely sure.tell me if i am wrong.

Following are the  advantages of the parametric equations: 1) they can be used to graph curves that are not functions, like the unit circle.2) the parameter can be used to represent the quantity that is  useful to  provide us with better information about the graph.3)  it is useful to convert between rectangular equations and parametric equations.with specific reference to chemistry,  parametric equations are employ for solving hydrogen and hydrogen-like ions, quantum mechanically. herein, cartesian coordinates are converted in spherical polar coordinates. the solution obtained, when plotted on spherical polar graph paper, provides visualization of atomic orbital such as s,p,d and f. 

Try adding 700% because of the x in y