Number Theory Questions
... Number theory is concerned solely with the study of ‘integers’, i.e. whole numbers, and various properties concerning them. It’s interested in problems like the following: Integer solutions to equations. Various properties of prime numbers: Are there an infinite number of them? Is there any way ...
... Number theory is concerned solely with the study of ‘integers’, i.e. whole numbers, and various properties concerning them. It’s interested in problems like the following: Integer solutions to equations. Various properties of prime numbers: Are there an infinite number of them? Is there any way ...
24(2)
... For g = 3 9 5 S 6, and 8, we denote Pn,g by Tns the triangular numbers, Pfn9 the pentagonal numbers, Hn9 the hexagonal numbers, and 0n, the octagonal numbers, respectivelyo We denote Pntg by Pn whenever there is no danger of confusion* Sierpinski [18] has proved that "there exist an infinite number ...
... For g = 3 9 5 S 6, and 8, we denote Pn,g by Tns the triangular numbers, Pfn9 the pentagonal numbers, Hn9 the hexagonal numbers, and 0n, the octagonal numbers, respectivelyo We denote Pntg by Pn whenever there is no danger of confusion* Sierpinski [18] has proved that "there exist an infinite number ...
Session 22 –Fraction Multiplication Solve the following problem. Pat
... mixed number and not change to improper fractions (see the previous session 21); whereas, when multiplying fractions it is usually easier to change to improper fractions and not leave as mixed numbers. We illustrate with the examples below. Example: Compute 2 ...
... mixed number and not change to improper fractions (see the previous session 21); whereas, when multiplying fractions it is usually easier to change to improper fractions and not leave as mixed numbers. We illustrate with the examples below. Example: Compute 2 ...
