(1) Some fundamental constants when expressed in SI units have numerical values that are close but not equal to simple whole number ratios. For the purposes of this problem the physical constant values in the inside front cover of our text book aren't accurate enough. Use instead c=2.9979)(108 m/s, G=(:'.:37l3X10'11 N kag2 and h=6.626X10'34J s. Supposed we used a system of units in which the unit of length, the W the unit of time the W and the unit of mass, the Mam were chosen so that a} the speed of light in vacuum, c was exactly equal to 3X103 .W ratsecond'l bl the Newtonian gravitational constant, G was exactly equal to (5/;g10-11 ratmeter3 ratsecond'2 ratkllogram'l Cl the Planck constant, h was exactly equal to (5/;g10'34 ratmeterz ratsecond'l ratkilogram Express the W the _W and the W in terms of the corresponding SI units