Show that theorem 1.5 also holds for the interval (x, x+b]. does it hold in general for the intervals [x, x + b) or (x, x+b)?
theorem 1.5. let a, b e z with b > 0, and let x e r. then there exist unique 9,7 € z such that a = bq+r and r € [x, x + b). thereum des de zaman tese and sex e r. then there existuje

the solution is 12x-6y

the answer is d on edge

step-by-step explanation:

h/o/e/s mad

step-by-step explanation:

si si si

his first public project he is asked to create a small scale drawing. the garden is a right triangle with base 25m and height 30m. are you trying to solve for the last side/hypotenuse? the irrational form of the answer would be 5\sqrt{61}