BELL RINGER; ALGEBRA 2; DAY 2 (TUE) AUG, 21, 2012 (#1) a. Find x.. Choose: (1) 5 (2) 10 (3) 14.1 (4) 17.3 b. Find y. Choose: (1) 10; (2) 11.5; (3) 15.2;

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Presentation transcript:

BELL RINGER; ALGEBRA 2; DAY 2 (TUE) AUG, 21, 2012 (#1) a. Find x.. Choose: (1) 5 (2) 10 (3) 14.1 (4) 17.3 b. Find y. Choose: (1) 10; (2) 11.5; (3) 15.2; (4) 17.3

BELL RINGER; ALGEBRA 2; DAY 3 (WED.) AUG, 22, 2012 a. Find x (1) 10; (2) 14.1; (3) Find y. (1) 10; (2) 11.5; (3) 15.2 ; (4) 17.3

BELL RINGER; ALGEBRA 2; DAY 4 (THUR.) AUG, 23, 2012 The figure shown below is a trapezoid. Using the information given, find the area of this trapezoid to the nearest square unit.

BELL RINGER; ALGEBRA 2; DAY 5 (FRI.) AUG, 24, 2012 The lower base angles in this isosceles trapezoid each measure 45º. The length of the shorter base is 10 inches and the altitude is 8 inches. Find the length, in inches, of the longer base.

BELL RINGER; ALGEBRA 2; DAY 7 (TUE.) AUG, 28, 2012 The shorter base in this trapezoid measures 6 units. AD = 14 units. The measure of <DAB is 30º and the measure of <CBA is 45º. Find the number of units in the longer base.

BELL RINGER; ALGEBRA 2; DAY 8 (WED.) AUG, 29, Solve: 2. Solve:

BELL RINGER; ALGEBRA 2; DAY 9 (THUR) AUG, 30, Solve: 2. Solve:

BELL RINGER; ALGEBRA 2; DAY 10 (FRI) AUG, 31, 2012 On the starship Enterprise, Captain Picard continually asks the food replicator to brew him a cup of Earl Grey tea. The proper brewing temperature for Earl Grey tea is 210º F plus or minus 5 degrees. Write and solve an absolute value equation representing the maximum and minimum brewing temperatures for Earl Grey tea.

BELL RINGER; ALGEBRA 2; DAY 11 (TUE.) SEPT. 04, 2012 Which of the relations below is a function? {(1,1), (2,1), (3,1), (4,1), (5,1)}; {(2,1), (2,2), (2,3), (2,4), (2,5)}; {(0,2), (0,3), (0,4), (0,5), (0,6)}; Given the relation A = {(5,2), (7,4), (9,10), (x, 5)}. Which of the following values for x will make relation A a function?

BELL RINGER; ALGEBRA 2; DAY 12 (WED.) SEPT. 05, 2012 (1). Is the relation depicted in the chart below a function? X Y (2). Which of the following relations is a function?

BELL RINGER; ALGEBRA 2; DAY 13 (THUR.) SEPT. 06, 2012 (1). Given f (x) = 3x + 7, find f (5) (2). The graph of a relation is shown at the right. Is this relation a function?

BELL RINGER; ALGEBRA 2; DAY 14 (FRI.) SEPT. 07, 2012 The graph of a relation is shown at the right. Is the relation is a function?

BELL RINGER; ALGEBRA 2; DAY 15 (MON.) SEPT. 10, 2012 (1). Given f (x) = 2x² - 3x + 6, find f (2.5). (2). Given g (a) = 2a - 4, find g (5x).

BELL RINGER; ALGEBRA 2; DAY 16 (TUE.) SEPT. 11, 2012 (1). Given, find. (2). Given f (x) = 2x² - 2x + 1, find f (x+3).

BELL RINGER; ALGEBRA 2; DAY 17 (WED.) SEPT. 12, 2012 (1). Given: find (2). Given: find.

BELL RINGER; ALGEBRA 2; DAY 18 (THUR.) SEPT. 13, 2012 Use functional notation to describe the function displayed below. X Y

BELL RINGER; ALGEBRA 2; DAY 19 (FRI.) SEPT. 14, 2012 Find the domain of the function

BELL RINGER; ALGEBRA 2; DAY 20 (TUE.) SEPT. 18, Solve graph: 2. Solve:

BELL RINGER; ALGEBRA 2; DAY 21 (WED.) SEPT. 19, Solve: Solve:

BELL RINGER; ALGEBRA 2; DAY 22 (THUR.) SEPT. 20, 2012 Solve: Solve and graph:

BELL RINGER; ALGEBRA 2; DAY 23 (FRI.) SEPT. 21, 2012 Solve and graph:

BELL RINGER; ALGEBRA 2; DAY 24 (MON.) SEPT. 24, 2012 Solve and graph:

BELL RINGER; ALGEBRA 2; DAY 25 (TUE.) SEPT. 25, 2012 Solve and graph:

BELL RINGER; ALGEBRA 2; DAY 26 (THUR.) SEPT. 27, 2012 Forensic scientists use the equation h = 2.6f to estimate the height, h, of a woman given the length in centimeters, f, of her femur bone. Suppose the equation has a margin of error of + 4 centimeters and the length of a female skeleton's femur is 48 centimeters. Write and solve an absolute value inequality that describes the woman's height in centimeters. Forensic

BELL RINGER; ALGEBRA 2; DAY 28 (FRI.) SEPT. 28, 2012 Which of the relations below is a function? Choose: {(1,1), (2,1), (3,1), (4,1), (5,1)} {(2,1), (2,2), (2,3), (2,4), (2,5)} {(0,2), (0,3), (0,4), (0,5), (0,6)}

BELL RINGER; ALGEBRA 2; DAY 29 (MON.) OCT. 01, 2012

BELL RINGER; ALGEBRA 2; DAY 30 (TUE.) OCT. 02, 2012

BELL RINGER; ALGEBRA 2; DAY 31 (WED.) OCT. 03, 2012

BELL RINGER; ALGEBRA 2; DAY 32 (THUR.) OCT. 04, 2012

BELL RINGER; ALGEBRA 2; DAY 33 (FRI.) OCT. 05, 2012

BELL RINGER; ALGEBRA 2; DAY 34 (MON.) OCT. 08, 2012

BELL RINGER; ALGEBRA 2; DAY 35 (TUE.) OCT. 09, 2012

BELL RINGER; ALGEBRA 2; DAY 36 (WED.) OCT. 10, 2012

BELL RINGER; ALGEBRA 2; DAY 37 (THUR.) OCT. 11, 2012 Find the domain of the function Choose: All Reals

BELL RINGER; ALGEBRA 2; DAY 38 (FRI.) OCT. 12, 2012 Find the domain of the function All Reals