Determine the answer to each problem below. Then write the word in the 10 by 10 matrix using the following rules:
- Each word makes one right-angle turn somewhere along its length. But you must determine where each word makes this turn and in which direction.
- As a guide, the starting direction (i.e., the direction of the word before its right angle turn) of each answer is indicated by the letter given after the clue number.
- Words can go North, South, East, or West to start with. For example, 1S begins on square 1 and heads South.
- Each letter in the correctly completed grid appears in only one word.
| 1N | The field of mathematics that deals with differentiation and integration is called __________. |
| 2W | The _________ of a function exists if the right-hand limit and the left-hand limit both exist and are equal to each other. |
| 3E | The instantaneous rate of change of a function with respect to the variable is called the __________. |
| 4W | The derivative of a __________ function is always a constant. |
| 5N | When a function can not be defined explicitly, it is best to use __________ differentiation. |
| 6W | The line perpendicular to the tangent line is called the __________. |
| 7W | The derivative of a function at a point is the slope of the __________ line at that point. |
| 8W | The points on a curve where the value is greater than that of the surrounding points is called a relative __________. |
| 9S | The points on a curve where the value is less than that of the surrounding points is called a relative __________. |
| 10S | A point on the curve where the concavity changes is called a Point of _________. |
| 11N | A function is __________ down if f''(x) < 0 . |
| 12E | (u v )' = uv' + vu' is called the __________ rule. |
| 13S | The derivative of sin(x) with respect to x is the _________ of x. |
| 14S | The set of all possible values of the argument of a function is called the __________. |
Many thanks to Nacoe Thomas for finding the error in 11N. The third derivative should have been a second derivative and is now correct.
