Create a graph that demonstrates equilibrium and excess demand. Make sure your graph includes the same supply and demand curves that you just created. In addition, label the point of equilibrium, draw a line showing the current price at Bond's ($10), and label the excess demand on the graph

Planet earth has a mass of 5.9726x10²⁴ kg.then: 5.9726x10²⁴ kg=100% of the total earth mass.if the water´s mass=5x10-4 % of the total mass, we can solve this problem by the rule of three.5.9726x10²⁴ %*10⁻⁴ %x=(5.9726x10²³ kg)(5*10⁻⁴  %) / 100 %=2.9863x10¹⁹ kganswer:   the mass of the planet´s water would be   2.9863 x 10¹⁹ kg.

Ais less than or equal to -5

$14.70 if you add all of them up and divide by 5.00 you will get 14.7 or 14.70