For the above equation, the cards should be placed on the table as shown here. By separating the cards as shown above, the equals sign is implied. The upper left corner of the card has the same MKSA symbol, represented in terms of the base units of distance, mass, time, angle, and electric current. This allows the players to hold their cards in a fan arrangement while still being able to see the various fundamental units for each of the cards. Much like regular playing cards, these cards are symmetrical so that players don't have to turn the cards upright to be able to read them.
Some cards occur in the deck more than others.
Those of which there are multiples are physical quantities of lower order than the other more complicated quantities. The number of cards for each of the quantities is listed in the MKSA Derived-Unit Table , which is to be used during play as a reference guide, and a dispute settler in the event of a challenge. The distribution of cards is based on the number of times the base units are used to form the more complex quantities. The higher order quantities occur only once in the deck. Design Process Having studied physics for several years, I chose a topic with which I am familiar.