For the following exercises, input the left-hand side of the inequality as a Y1 graph in your graphing utility. Enter Y2= the right-hand side. Entering the absolute value of an expression is found in the MATH menu, Num, l:abs (. Find the points of intersection, recall (2 n d CALC 5:intersection, 1st curve, enter, 2 n d curve, enter, guess, enter). Copy a sketch of the graph and shade the x -axis for your solution set to the inequality. Write final answers in interval notation. 55. − 1 2 | x + 2 | < 4
For the following exercises, input the left-hand side of the inequality as a Y1 graph in your graphing utility. Enter Y2= the right-hand side. Entering the absolute value of an expression is found in the MATH menu, Num, l:abs (. Find the points of intersection, recall (2 n d CALC 5:intersection, 1st curve, enter, 2 n d curve, enter, guess, enter). Copy a sketch of the graph and shade the x -axis for your solution set to the inequality. Write final answers in interval notation. 55. − 1 2 | x + 2 | < 4
For the following exercises, input the left-hand side of the inequality as a Y1 graph in your graphing utility. Enter Y2= the right-hand side. Entering the absolute value of an expression is found in the MATH menu, Num, l:abs (. Find the points of intersection, recall (2nd CALC 5:intersection, 1st curve, enter, 2nd curve, enter, guess, enter). Copy a sketch of the graph and shade the x-axis for your solution set to the inequality. Write final answers in interval notation.
Suppose you flip a fair two-sided coin four times and record the result.
a). List the sample space of this experiment. That is, list all possible outcomes that could
occur when flipping a fair two-sided coin four total times. Assume the two sides of the coin are
Heads (H) and Tails (T).
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