It's a game between two players. Each player takes a turn saying a number between 1-10. Each time one says a number, it's added to the previous number mentioned, and the player who makes the sum reach 100 flat gets a point.
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There are a few rules to perform arithmetic operations in binary numbers. According to those rules you can add or subtract binary numbers. There are only two arithmetic operations used in binary numbers, they are addition and subtraction.
Assuming the question is about marshmallows, whose numbers follow the usual rules of arithmetic, I would make a wild guess and say ONE!
Abscissa Absolute Value Absolute Value Rules Acceleration Accuracy Additive Inverse of a Matrix Algebra Analytic Geometry Analytic Methods Argand Plane Argument of a Function Arithmetic Progression Arithmetic Sequence Arithmetic Series Asymptote Augmented Matrix Average Rate of Change Axes Axis of Reflection Axis of Symmetry Axis of Symmetry of a Parabola Source~http://www.mathwords.com/index_algebra.htm
In mathematics, the sum of 2 plus 2 is defined as 4 based on the principles of arithmetic and number theory. The number 5 represents a different quantity and cannot be obtained by adding 2 and 2 together. This fundamental property of addition is a core concept in mathematics and is consistent with the rules and axioms of arithmetic.
There are 24 number made by permutations of the digits. There are lots more if the digits can be repeated, for example, 27335722. Even more can be made by using arithmetic and algebraic operations, for example 35^27 = approx 4.8960*10^41. You have not specified what the rules for "making" numbers are!