Introductory and intermediate algebra for college students 4th edition by blitzer test bank

Introductory & Intermediate Algebra for College Students 4th edition by Robert F Blitzer Test Bank Link full download test bank: https://findtestbanks.com/download/introductory-and-intermediate-algebrafor-college-students-4th-edition-by-blitzer-test-bank/ Link full download solution manual: https://findtestbanks.com/download/introductory-and-intermediatealgebra-for-college-students-4th-edition-by-blitzer-solution-manual/ MULTIPLE CHOICE Choose the one alternative that best completes the statement or answers the question Determine whether the equation in one variable is linear 1) x - = 15 A) linear 2) -7=9 A) linear 1) _ B) not linear 2) _ B) not linear 3) 3) _ =5 A) linear 4) 10x + = 20 A) linear B) not linear 4) _ B) not linear 5) 5) _ + 13 = 17 A) linear 6) 7) x + π = A) linear -6=0 A) linear B) not linear 6) _ B) not linear 7) _ B) not linear 8) 43.7x = 4.2 A) linear B) not linear 9) 9(x - 8) = A) linear B) not linear 10) 11) 8) _ 9) _ = 10 A) linear B) not linear - = 14 A) linear B) not linear 12) 6x = A) linear Solve the equation 10) 11) 12) B) not linear 13) a - = A) { -4} 13) B) {10} C) { -10} D) {4} 14) x + = - 13 A) { - 11} B) {15} C) {11} D) { - 15} 15) x + 17 = A) {24} B) {10} C) { - 24} D) { - 10} 14) 15) 16) = b - 11 A) {15} 16) B) { -15} C) {7} D) { -7} 17) = b - A) { -3} B) { -5} C) {5} D) {3} 18) - + b = 13 A) { -10} B) {16} C) {10} D) { -16} 17) 18) 19) 19) + x = 11 A) B) C) {54} D) 20) 20) x+ A) = B) C) D) {1} 21) 21) x+ A) =B) C) D) 22) 22) = xA) B) C) D) 23) 23) - +z= A) 24) 6.6 + x = 18.5 A) {25.1} 25) - 19.9 - a = 28.5 A) {8.6} B) C) D) 24) B) {11.9} C) {24.6} D) {11.4} 25) B) {48.4} C) { - 48.4} D) { -8.6} 26) 10 + 2p = 3p A) {2} 26) B) { -10} C) {10} D) {5} 27) 4y = 3y - 6.7 A) {6.7} B) { -13.7} C) {4} D) { -6.7} 28) 22x - = 10x + 30 A) {3} B) {4} C) {6} D) {1} 27) 28) 29) 7x - - 2x = 17 A) {4} 30) 3(y + 6) = 4(y - 5) A) {38} 31) 4(2z - 2) = 7(z + 2) A) {22} 29) B) {7} C) {5} D) {2} 30) B) {2} C) { -38} D) { -2} 31) B) {10} C) {6} D) { -6} 32) 10y = 6y + + 3y A) {50} 32) B) {5} C) { -5} D) { -50} 33) - 3a + + 4a = - 29 A) { -36} B) {36} C) { -26} D) {26} 34) - 7b + + 5b = -3b + A) { -4} B) {9} C) {5} D) { -9} C) { -25.7} D) {25.7} 33) 34) 35) - 8.8 + 4x - 6.7 + 5x - 2.9 = 5.5 + 10x + 1.8 A) {11.1} B) { -11.1} 35) Use the given information to write an equation Let x represent the number described in the exercise Then solve the equation and find the number 36) The sum of a number and forty-four is fifty 36) A) x ÷ 44 = 50; 2200 B) 44x = 50; 1.14 C) x + 44 = 50; D) x - 44 = 50; 94 37) Twenty-nine increased by a number equals fifty-two A) 29 - x = 52; -23 B) 29x = 52; 1.79 C) 29 + x = 52; 23 38) If 271 is subtracted from a number, the result is 464 A) x + 464 = 271; -193 B) x - 271 C) x - 271 = 464; -735 D) x + 271 39) If 271 is added to a number, the result is 551 A) x - 271 = 551; 822 C) 271 + x = 551; 280 37) D) 29 + 52 = x; 81 38) = 464; 735 = 464; 193 39) B) x + 271 = 551; -280 D) 271 + x = 551; -822 Solve 40) The cost of having a car towed is given by the formula C = 2x + 55, where C is in dollars and x is the number of miles the car is towed Find the cost of having a car towed miles A) $49 B) $57 C) $4 D) $59 40) 41) The monthly cost of a certain long distance service is given by the formula where C is in dollars and t is the amount of time in minutes called in a month Find the cost of calling long distance for 180 minutes in a month A) $12.95 B) $22.95 C) $13.95 D) $9.00 41) 42) The amount of water in a leaky bucket is given by the formula , where f is in ounces and t is in minutes Find the amount of water in the bucket after minutes A) 25 oz B) 110 oz C) 140 oz D) 90 oz 42) 43) The altitude above sea level of an airplane just after taking off from an airport on a high plateau43) is given by the formula h = 900t + 2831, where h is in feet and t is the time in minutes since Find the altitude of the airplane after minutes A) 10,931 ft B) 11,031 ft C) 10,831 ft D) 8100 ft Solve the equation using the multiplication property of equality 44) - 44) a=0 A) { -7} B) {7} C) {0} D) {1} 45) 45) = 10 A) {2} B) {14} C) {15} D) {50} 46) 46) - =-6 A) {9} B) { - 18} C) { - 9} D) {18} 47) 47) = 10 A) { -40} 48) 9x = 72 A) {8} 49) - 20x = A) {1} 50) - 4a = 12 A) { -16} B) {14} C) {40} D) { -14} 48) B) {63} C) D) {648} 49) B) { -20} C) {20} D) {0} 50) B) {16} C) { -3} D) {1} 51) - 2x = -12 A) {2} 51) B) {10} C) {6} D) { -10} 52) - 24x = 20 A) B) C) D) 52) 53) 53) x = -6 A) {2} B) { -1} C) { -48} D) {1} 54) 54) 16 = - x A) { - 18} 55) B) C) D) 55) x = 45 A) {50} B) C) D) 56) 56) d=A) B) C) D) 57) 8x + x = 90 A) {9} B) C) D) {10} 58) - 5x + x = -24 A) {7} B) { -6} C) {6} D) { -7} 59) 8x + 12x = 19 A) {380} B) C) { -1} D) Solve the equation 60) - z = 12 A) { -12} 61) - x = -12 A) {0} 57) 58) 59) 60) B) {12} C) { -1} D) {0} 61) B) { -12} C) { -1} D) {12} Solve the equation using both the addition and multiplication properties of equality 62) 4r + 10 = 26 A) {12} B) {4} C) {16} D) {3} 63) 4n - = 34 A) {36} B) {10} C) {14} D) {40} 64) 36 = -5x + A) {8} B) {44} C) { -7} D) {40} 65) 46 = 8x - A) {40} 66) - 4x - 25 = -53 A) {7} 67) - = - 2x + A) { - 8} 68) - 8x = -60 + 2x A) {7} 69) 8y - 18 = 5y A) {6} 62) 63) 64) 65) B) {7} C) {6} D) {44} 66) B) { -24} C) D) { -7} 67) B) {14} C) {8} D) {18} 68) B) { -6} C) { -50} D) {6} 69) B) C) D) {-6 } 70) - 9y - 15 = -6y A) 70) B) { -5} C) {5} D) 71) 14x - = 9x + A) {2} B) {5} C) {3} D) {0} 72) 6y - = -10 - 4y A) B) C) D) 73) 2x - = 29 - 4x A) B) {6} C) D) { - 6} 74) - 8x - 5x + = 8x A) B) C) D) 71) 72) 73) 74) Use the given information to write an equation Let x represent the number described in the exercise Then solve the equation and find the number 75) The product of three-fourths and a number is six 75) A) B) C) D) + x = 6; - x = 6; 76) If thirty is divided by a number, the result is five A) 30 - x = 5; 25 B) = x; 77) A number subtracted from eighteen is four A) x - 18 = 4; 22 B) 18 - x = 4; 14 = 6x; x = 6; 76) C) D) = 5; = 5; 150 77) C) 18 - = x; 14 D) 18 + x = 4; -14 Solve the problem 78) 78) The time it takes to travel a given distance at constant speed is given by the formula where t is the time, d is the distance, and r is the rate of travel At 60 miles per hour, what distance can be traveled in hours? A) 90 mi B) 180 mi C) 360 mi D) 36 mi 79) 79) The time it takes to travel a given distance at constant speed is given by the formula where t is the time, d is the distance, and r is the rate of travel At 0.3 mile per minute, what distance can be traveled in 40 minutes? A) 2.4 mi B) 12 mi C) 24 mi D) mi 80) 80) To convert meters to feet, you can use the formula f = , where f is the distance in feet and m is the distance in meters How many meters (to the nearest tenth) is feet? A) 24.3 m B) 26.3 m C) 2.6 m D) 2.4 m 81) Power is the time rate of doing work and is commonly measured in watts Power is given by the 81) formula where P is power, W is work (in joules), and t is time in seconds If 300 watts of power are used in 13 seconds, how much work (in joules) was done? A) 390 joules B) joules C) 23 joules D) 3900 joules 82) The speed of a ball dropped from a tower is given by the formula f = 32t where f is in feet per second and t is the number of seconds since the ball was dropped Find the speed of the ball after seconds A) ft/sec B) 150 ft/sec C) 160 ft/sec D) 32 ft/sec 82) 83) The formula C = 474x + 142 models the data for the cost to produce x units of a product, where C is given in dollars How many units can be produced for a cost of $94,942? A) 150 units B) 100 units C) 200 units D) 400 units 83) 84) The weekly production cost C of manufacturing x calendars is given by variable C is in dollars What is the cost of producing 298 calendars? A) $1828.00 B) $1788.00 C) $11,926.00 84) where the D) $338.00 Solve the equation 85) - 6x = 9x - 10x - 31 A) B) {7} C) D) 86) 2x - 3x - 4x = -8 - 27 A) B) {7} C) D) 87) - 2a + + 3a = 11 - 20 A) {12} B) {34} C) { -34} D) { -12} 88) - 9b + + 7b = -3b + A) {5} B) { -4} C) { -9} D) {9} 89) 2x - + 8x = 3x + 77 - 7x A) {7} B) {5} C) {6} D) {8} 90) - 9(x + 4) = -27 A) { -1} B) { -23} C) { -31} D) {7} 91) 3(4x - 1) = 12 A) B) C) D) 92) 9x - (3x + 30) = 12 A) {8} B) {7} C) {6} D) {9} 93) 3(5t - 7) - = 77 A) {6} B) {7} C) {8} D) {9} 94) 2x + = 3(x + 4) 85) 86) 87) 88) 89) 90) 91) 92) 93) 94) A) {21} B) {3} C) { -21} D) { -3} 95) 3(4x - 2) + = 9x - A) {3} B) { -1} C) {1} D) {9} 96) 2(y + 8) = 3(y - 4) A) {4} B) { -28} C) { -4} D) {28} 97) 5(2z - 5) = 9(z + 5) A) {20} B) {70} C) { -20} D) {25} 95) 96) 97) 98) 5x - + 6(x + 1) = -5x - A) { -5} B) C) D) 99) 4(5x - 1) - 38 = 15x - A) {8} B) {200} C) {40} D) { -8} 100) - 2(y - 8) = - 4y A) 101) 3(x + 4) + = 5(x + 2) + A) {4} 102) 13 - 6(x + 3) = 12 - 5(x + 4) A) {16} 98) 99) 100) _ B) D) 101) _ B) {0} C) {9} D) {14} 102) _ B) {3} 103) - 21 - (2y - 1) = 2(y - 2) + 4y A) B) 104) 6x + 7(2x - 5) = -7 - 8x A) {1} C) C) {21} D) {11} 103) _ C) { -2} D) 104) _ B) C) D) { - 1} 105) 105) _ -3=1 A) { -8} B) {8} C) { -16} D) {16} 106) _ 106) - = -6 A) {11} B) { -13} C) { -11} D) {13} 107) _ 107) - =3 A) { -45} B) { -90} C) {90} D) {45} 108) _ 108) x- x=2 A) { -14} B) { -16} C) {14} D) {16} 109) 109) _ + x=1 A) B) C) D) 110) 110) _ =2 A) {6} B) {8} C) {12} D) 111) 111) _ = A) + B) C) D) {0} 112) 112) _ + A) = B) C) D) 113) 113) _ x+ = x A) { -16} B) {16} C) {32} D) { -32} 114) 114) _ -7= A) +7 B) C) D) 115) 115) _ +2= A) B) C) D) 116) 116) _ + = A) { -12} + B) {3} C) {4} D) { -4} 117) 117) _ + A) {1} = B) {19} C) {0} D) 118) 1.5x + 67.2 = 11.1x A) { -77} B) {7} C) {6.1} D) {6.2} 119) 1.1 - 8.7x = -54.1 - 1.8x A) {6.3} B) {6.6} C) { -62} D) {8} 118) _ 119) _ D) (2, ∞) 290) - 7x + 10 + 7x < - 2x + 290) _ A) ( -∞, -1) B) ( -∞, 9) C) ( -1, ∞) D) (9, ∞) 291) 291) _ + 3≤8 A) ( -∞, 12) B) ( -∞, -3] C) ( -∞, 10] D) [10, ∞) 292) 30n + 10 ≤ 5(5n - 5) A) [ -7, ∞) B) ( -∞, -7) 292) _ C) ( -∞, -7] D) ( -7, ∞) 293) 293) _ (2x - 1) < -2 A) (-∞, - 1] B) ( -∞, 1) C) [1, ∞) D) ( -∞, - 1) Solve the inequality 294) x + ≥ x - A) 295) 8x + 11 > 8(x + 9) A) ( -∞, ∞) 296) 6x - 14 > 6(x - 12) A) ( -∞, ∞) 297) 9x ≤ 9(x + 10) A) ( -∞, 10] 298) 8x - ≥ 7(x - 1) A) ( -∞, ∞) 299) - 3(-3 - x) < 5x + 21 - 12 - 2x A) ( -∞, 0) 294) _ B) ( -∞, ∞) C) D) ∅ 295) _ B) (11, ∞) C) ∅ D) ( -∞, 11) 296) _ B) ∅ C) (14, ∞) D) ( -∞, 14) C) ( -∞, 9] D) ( -∞, ∞) C) [0, ∞) D) ( -∞, 0] 297) _ B) ∅ 298) _ B) ∅ 299) _ B) ∅ C) ( -∞, ∞) D) ( -∞, 9) Solve the problem 300) Claire has received scores of 85, 88, 87, and 85 on her algebra tests What is the minimum score she must receive on the fifth test to have an overall test score average of at least 88? (Hint: The average of a list of numbers is their sum divided by the number of numbers in the list.) 300) _ A) 95 B) 93 C) 96 D) 94 301) A certain car has a weight limit for all passengers and cargo of 1162 pounds The four passengers 301) _ in the car weigh an average of 165 pounds Use an inequality to find the maximum weight of the cargo that the car can handle A) B) at most 581 lb C) at most 997 lb D) at most 502 lb at most lb 302) A certain store has a fax machine available for use by its customers The store charges $1.90 to send the first page and $0.55 for each subsequent page Use an inequality to find the maximum number of pages that can be faxed for $6.30 A) at most 46 pages B) at most pages C) at most 11 pages D) at most pages 302) _ 303) An archery set containing a bow and three arrows costs $49 Additional arrows can be purchased for $4 each Gerri has $105 to spend on the set and additional arrows Including the arrows in the set, what is the maximum total number of arrows Gerri can purchase? A) at most arrow(s) B) at most 26 arrows C) at most 14 arrows D) at most 17 arrows 303) _ 304) When making a long distance call from a certain pay phone, the first three minutes of a call cost $1.95 After that, each additional minute or portion of a minute of that call costs $0.30 Use an inequality to find the maximum number of minutes one can call long distance for $4.05 A) at most B) at most C) at most 10 D) at most 14 304) _ 305) It takes 18 minutes to set up a candy making machine Once the machine is set up, it produces 60 305) _ candies per minute Use an inequality to find the number of candies that can be produced in hours if the machine has not yet been set up A) at most 6480 candies B) at most 5400 candies C) at most 20,520 candies D) at most 360 candies Solve the equation 306) 3x - = -25 A) {7} 306) _ B) { -8} C) { -23} D) { -27} 307) - 8x - = 4x - A) B) C) D) 308) 6x + 7(3x - 4) = - 2x A) {1} B) C) { - 1} D) 309) 4(2y - 4) = 7(y + 5) A) { -19} B) {23} C) {19} D) {51} 307) _ 308) _ 309) _ 310) 310) _ x = -6 A) { -1} B) {2} C) {1} D) { -48} 311) 311) _ + = A) { -2} + 312) 1.8 - 6.2x = -37.4 - 1.3x A) { -44} B) {2} C) {1} D) { -1} B) {6.3} C) {8} D) {6.5} 312) _ Solve the problem 313) In one state, speeding fines are determined by the formula where F is the cost, in dollars, of the fine if a person is caught driving x miles per hour If the fine comes to $300, how fast was the person driving? A) 88 mph B) 100 mph Solve the formula for the specified variable 314) V = lwh for h A) B) h= C) 90 mph 313) _ D) 92 mph 314) _ C) h= D) h = Vl w h= 315) 315) _ w= A) for l B) l = 2P - 4w l= Solve the problem 316) What is 4% of 200? A) 800 C) D) l= l= 316) _ B) C) 0.8 D) 80 317) 41.6 is 52% of what? A) 21.632 317) _ B) 80 C) 2163.2 D) 0.8 318) is what percent of ? A) 2.5% B) 1000% C) 10% D) 250% 318) _ 319) Four times a number added to times the number is 33 What is the number? A) B) C) - 4.7 D) 4.7 319) _ 320) The president of a certain university makes three times as much money as one of the department 320) heads If the total of their salaries is $250,000, find each worker's salary A) president's salary = $62,500; department head's salary = $187,500 B) president's salary = $125,000; department head's salary = $62,500 C) president's salary = $187,500; department head's salary = $62,500 D) president's salary = $18,750; department head's salary = $6250 _ 321) A promotional deal for long distance phone service charges a $15 basic fee plus $0.05 per minute for all calls If Joe's phone bill was $61 under this promotional deal, how many minutes of phone calls did he make? Round to the nearest integer, if necessary A) 1520 B) 920 C) D) 321) _ 322) A rectangular carpet has a perimeter of 208 inches The length of the carpet is 76 inches more than the width What are the dimensions of the carpet? A) length: 104 in.; width: 97 in B) length: 73 in.; width: 59 in 322) _ C) length: 104 in.; width: 90 in D) length: 90 in.; width: 14 in 323) Sales at a local ice cream shop went up 20% in years If 20,000 ice cream cones were sold in the 323) _ current year, find the number of ice cream cones sold years ago Round to the nearest cone when necessary A) 16,000 ice cream cones B) 16,667 ice cream cones C) 4000 ice cream cones D) 100,000 ice cream cones Find the area of the figure 324) 324) _ A) 135 B) 60 C) 72 D) 144 325) 325) _ A) 65.8 B) 126.9 C) 188 D) 253.8 326) 326) _ B) A) 312 cm2 372 cm2 C) 300 cm2 D) 264 cm2 Find the volume of the figure Where applicable, express answers in terms of π 327) A) 99 B) 847 C) 147 327) _ D) 231 328) 328) _ A) 64π B) 128 C) 16π D) 128π Solve the problem 329) What will it cost to cover a rectangular floor measuring 40 feet by 80 feet with square tiles that measure on each side if a box of 10 tiles costs $14 per box? A) $1120 B) $560 C) $40 329) _ D) $2240 330) A sailboat has a triangular sail with an area of 130 square feet and a base that measures 10 feet Find the height of the sail A) 65 ft B) 13 ft C) 26 ft D) 52 ft 330) _ 331) In a triangle, one angle is times as large as another The measure of the third angle is 80° greater than that of the smallest angle Find the measure of each angle A) 30°, 90°, 60° B) 20°, 60°, 100° C) 20°, 60°, 80° D) 25°, 75°, 80° 331) _ 332) How many degrees are there in an angle that measures 24° more than the measure of its compliment? A) 78° B) 57° C) 102° D) 33° 332) _ Express the solution set of the inequality in interval notation and graph the interval 333) x > -5 333) _ A) ( -∞, -5) B) [ -5, ∞) C) ( -5, ∞) D) ( -∞, -5] 334) x ≤ A) (0, ∞) 334) _ B) ( -∞, 0] C) [0, ∞) D) ( -∞, 0) Solve the inequality and graph the solution set on a number line 335) 335) _ ≤ -3 A) ( -∞, -15) B) [ -15, ∞) C) ( -15, ∞) D) ( -∞, -15] 336) 30 - 6x ≥ - 30 A) [10, ∞) B) ( -∞, 0] C) [0, ∞) D) ( -∞, 10] 337) 5x + < 6(x - 1) 336) _ 337) _ A) ( -∞, 4) B) (8, ∞) C) ( -4, ∞) D) ( -∞, -8) Solve the problem 338) Claire received scores of 85, 88, 87, and 90 on her algebra tests What score must she receive on the fifth test to have an overall test score average of at least 87? A) at most 85 B) at most 86 C) at least 85 D) at least 86 339) The length of a rectangle is 20 feet For what widths is the perimeter less than 68 feet? A) widths less than 14 ft B) widths less than 48 ft C) widths less than 24 ft D) widths less than 28 ft 338) _ 339) _ 1) 2) 3) 4) 5) 6) 7) 8) 9) 10) 11) 12) 13) 14) 15) 16) 17) 18) 19) 20) 21) 22) 23) 24) 25) 26) 27) 28) 29) 30) 31) 32) 33) 34) 35) 36) 37) 38) 39) 40) 41) 42) 43) 44) 45) 46) 47) 48) 49) 50) 51) A B B A A A B A A B B B B D D A C B B A D D A B C C D A A A A B C C C C C B C D C D A C D D A A D C C 52) 53) 54) 55) 56) 57) 58) 59) 60) 61) 62) 63) 64) 65) 66) 67) 68) 69) 70) 71) 72) 73) 74) 75) 76) 77) 78) 79) 80) 81) 82) 83) 84) 85) 86) 87) 88) 89) 90) 91) 92) 93) 94) 95) 96) 97) 98) 99) 100) 101) 102) 103) B C A A C D C B A D B B C C A C D A B A D B A D C B B B D D C C A B B D A C A A B B D C D B D A D B B C 104) 105) 106) 107) 108) 109) 110) 111) 112) 113) 114) 115) 116) 117) 118) 119) 120) 121) 122) 123) 124) 125) 126) 127) 128) 129) 130) 131) 132) 133) 134) 135) 136) 137) 138) 139) 140) 141) 142) 143) 144) 145) 146) 147) 148) 149) 150) 151) 152) 153) 154) 155) A D C D B A D C C A C C D A B D B C D A A B A B A B C D D B A A D C D D A C B B B D B A C A D B C C A A 156) 157) 158) 159) 160) 161) 162) 163) 164) 165) 166) 167) 168) 169) 170) 171) 172) 173) 174) 175) 176) 177) 178) 179) 180) 181) 182) 183) 184) 185) 186) 187) 188) 189) 190) 191) 192) 193) 194) 195) 196) 197) 198) 199) 200) 201) 202) 203) 204) 205) 206) 207) A C B B A A C B B A B D D A B A A B A D B D C C C B C C A C D B B D A D A C C B A D C D A D D B B C A C 208) 209) 210) 211) 212) 213) 214) 215) 216) 217) 218) 219) 220) 221) 222) 223) 224) 225) 226) 227) 228) 229) 230) 231) 232) 233) 234) 235) 236) 237) 238) 239) 240) 241) 242) 243) 244) 245) 246) 247) 248) 249) 250) 251) 252) 253) 254) 255) 256) 257) 258) 259) A A A A D A A B C D D A B C A C A B A D C C A A A B A A C C B A A A C B D B A C A D A A A C D C D D B A 260) 261) 262) 263) 264) 265) 266) 267) 268) 269) 270) 271) 272) 273) 274) 275) 276) 277) 278) 279) 280) 281) 282) 283) 284) 285) 286) 287) 288) 289) 290) 291) 292) 293) 294) 295) 296) 297) 298) 299) 300) 301) 302) 303) 304) 305) 306) 307) 308) 309) 310) 311) D D D C C D B A A D D C C C C B C D A D A C B B D C D D C B A C C D B C A D C B A D D D C C B B A D D D 312) 313) 314) 315) 316) 317) 318) 319) 320) 321) 322) 323) 324) 325) 326) 327) 328) 329) 330) 331) 332) 333) 334) 335) 336) 337) 338) 339) C C A A B B D B C B D B C B C D D A C B B C B D D B C A ... 9% of students at a university attended a lecture If 2000 students are enrolled at the university, about how many students attended the lecture? A) 18 students B) 1800 students C) 18,000 students. .. D) 180 students 175) _ The pie chart below shows the number of pizzas consumed by college students in a typical month Use the chart to answer the question 176) What percent of college students. .. typical month? A) 432 students B) 8160 students C) 4320 students D) 816 students 180) _ Solve the problem 181) Due to a lack of funding, the number of students enrolled at City College went from