2-6 Notes 9/19/16 Solving absolute value equations
... two numbers with that absolute value. For example, both 5 and –5 have an absolute value of 5. To write this statement using algebra, you would write |x| = 5. This equation asks, “What values of x have an absolute value of 5?” The solutions are 5 and –5. Notice this equation has two solutions. Holt M ...
... two numbers with that absolute value. For example, both 5 and –5 have an absolute value of 5. To write this statement using algebra, you would write |x| = 5. This equation asks, “What values of x have an absolute value of 5?” The solutions are 5 and –5. Notice this equation has two solutions. Holt M ...
Lesson 1-7
... two numbers with that absolute value. For example, both 5 and –5 have an absolute value of 5. To write this statement using algebra, you would write |x| = 5. This equation asks, “What values of x have an absolute value of 5?” The solutions are 5 and –5. Notice this equation has two solutions. Holt M ...
... two numbers with that absolute value. For example, both 5 and –5 have an absolute value of 5. To write this statement using algebra, you would write |x| = 5. This equation asks, “What values of x have an absolute value of 5?” The solutions are 5 and –5. Notice this equation has two solutions. Holt M ...
1-7 - Garnet Valley
... two numbers with that absolute value. For example, both 5 and –5 have an absolute value of 5. To write this statement using algebra, you would write |x| = 5. This equation asks, “What values of x have an absolute value of 5?” The solutions are 5 and –5. Notice this equation has two solutions. Holt M ...
... two numbers with that absolute value. For example, both 5 and –5 have an absolute value of 5. To write this statement using algebra, you would write |x| = 5. This equation asks, “What values of x have an absolute value of 5?” The solutions are 5 and –5. Notice this equation has two solutions. Holt M ...
Polynomials—
... 3. Find zeros, intercepts, and approximate turning points of polynomial functions; describe them in the context of the problem. (3.08) 4. Use systems of two or more equations to solve problems. Solve by using matrix equations of the form AX=B. (3.12) 5. Operate with matrices to solve problems. Find ...
... 3. Find zeros, intercepts, and approximate turning points of polynomial functions; describe them in the context of the problem. (3.08) 4. Use systems of two or more equations to solve problems. Solve by using matrix equations of the form AX=B. (3.12) 5. Operate with matrices to solve problems. Find ...
