Exam 9: The Nature of Networks and Graph Theory

arrow
  • Select Tags
search iconSearch Question
  • Select Tags

Find the volume of the refrigerator, when ​a​ = 34, ​b​ = 30, ​c​ = 60. Round your answer to the nearest hundredth. ​ Find the volume of the refrigerator, when ​a​ = 34, ​b​ = 30, ​c​ = 60. Round your answer to the nearest hundredth. ​   ​ __________ ft<sup>3</sup> ​ __________ ft3

(Short Answer)
4.8/5
(32)

Find the outside surface area, when ​a​ = 4, ​h​ = 6. ​ Find the outside surface area, when ​a​ = 4, ​h​ = 6. ​   ​ __________ in<sup>2</sup> ​ __________ in2

(Short Answer)
4.8/5
(39)

Name the metric unit you would use to measure the mass of an automobile.

(Short Answer)
4.8/5
(42)

The perimeter of The perimeter of   is 108 in. Find the lengths of the sides. ​   ​ is 108 in. Find the lengths of the sides. ​ The perimeter of   is 108 in. Find the lengths of the sides. ​   ​

(Multiple Choice)
4.9/5
(36)

Consider the plot plan shown in the figure below. How many cubic yards of sawdust are needed for preparation of the lawn area if it is to be spread to a depth of 5 inches? ​ Give your answer to the nearest cubic yard. ​ Consider the plot plan shown in the figure below. How many cubic yards of sawdust are needed for preparation of the lawn area if it is to be spread to a depth of 5 inches? ​ Give your answer to the nearest cubic yard. ​   ​

(Multiple Choice)
4.8/5
(35)

Pick the best choice by estimating. Do not measure. For metric measurements, do not attempt to convert to the U.S. system. The hardest part of the transition to the metric system is the transition to thinking in metrics. The perimeter of a dollar bill is about __________ (6, 46, 18) in.

(Short Answer)
5.0/5
(31)

Find the perimeter by using the appropriate formula, if Find the perimeter by using the appropriate formula, if   and   . ​   ​ __________ ft and Find the perimeter by using the appropriate formula, if   and   . ​   ​ __________ ft . ​ Find the perimeter by using the appropriate formula, if   and   . ​   ​ __________ ft ​ __________ ft

(Short Answer)
4.8/5
(33)

If the lengths of three sides of a triangle are known, then the following formula, known as Hero's (or Heron's) formula is sometimes used: ​ If the lengths of three sides of a triangle are known, then the following formula, known as Hero's (or Heron's) formula is sometimes used: ​   ​where a, b, and c are the given lengths of the sides, and   . Use this formula to find the area of a triangle with the lengths given below (correct to the nearest square foot). ​   ft,   ft, and   ft ​ ​where a, b, and c are the given lengths of the sides, and If the lengths of three sides of a triangle are known, then the following formula, known as Hero's (or Heron's) formula is sometimes used: ​   ​where a, b, and c are the given lengths of the sides, and   . Use this formula to find the area of a triangle with the lengths given below (correct to the nearest square foot). ​   ft,   ft, and   ft ​ . Use this formula to find the area of a triangle with the lengths given below (correct to the nearest square foot). ​ If the lengths of three sides of a triangle are known, then the following formula, known as Hero's (or Heron's) formula is sometimes used: ​   ​where a, b, and c are the given lengths of the sides, and   . Use this formula to find the area of a triangle with the lengths given below (correct to the nearest square foot). ​   ft,   ft, and   ft ​ ft, If the lengths of three sides of a triangle are known, then the following formula, known as Hero's (or Heron's) formula is sometimes used: ​   ​where a, b, and c are the given lengths of the sides, and   . Use this formula to find the area of a triangle with the lengths given below (correct to the nearest square foot). ​   ft,   ft, and   ft ​ ft, and If the lengths of three sides of a triangle are known, then the following formula, known as Hero's (or Heron's) formula is sometimes used: ​   ​where a, b, and c are the given lengths of the sides, and   . Use this formula to find the area of a triangle with the lengths given below (correct to the nearest square foot). ​   ft,   ft, and   ft ​ ft ​

(Multiple Choice)
4.8/5
(36)

Pick the best choice by estimating. Do not measure. For metric measurements, do not attempt to convert to the U.S. system. ​The area of a dollar bill is __________. ​

(Multiple Choice)
4.8/5
(33)

If the lengths of three sides of a triangle are known, then the following formula, known as Hero's (or Heron's) formula is sometimes used: ​ If the lengths of three sides of a triangle are known, then the following formula, known as Hero's (or Heron's) formula is sometimes used: ​   ​​where a, b, and c are the given lengths of the sides, and   . Use this formula to find the area of a triangle with the lengths given below (correct to the nearest square foot). ​   ,   , and   ​ __________ ft<sup>2</sup> ​​where a, b, and c are the given lengths of the sides, and If the lengths of three sides of a triangle are known, then the following formula, known as Hero's (or Heron's) formula is sometimes used: ​   ​​where a, b, and c are the given lengths of the sides, and   . Use this formula to find the area of a triangle with the lengths given below (correct to the nearest square foot). ​   ,   , and   ​ __________ ft<sup>2</sup> . Use this formula to find the area of a triangle with the lengths given below (correct to the nearest square foot). ​ If the lengths of three sides of a triangle are known, then the following formula, known as Hero's (or Heron's) formula is sometimes used: ​   ​​where a, b, and c are the given lengths of the sides, and   . Use this formula to find the area of a triangle with the lengths given below (correct to the nearest square foot). ​   ,   , and   ​ __________ ft<sup>2</sup> , If the lengths of three sides of a triangle are known, then the following formula, known as Hero's (or Heron's) formula is sometimes used: ​   ​​where a, b, and c are the given lengths of the sides, and   . Use this formula to find the area of a triangle with the lengths given below (correct to the nearest square foot). ​   ,   , and   ​ __________ ft<sup>2</sup> , and If the lengths of three sides of a triangle are known, then the following formula, known as Hero's (or Heron's) formula is sometimes used: ​   ​​where a, b, and c are the given lengths of the sides, and   . Use this formula to find the area of a triangle with the lengths given below (correct to the nearest square foot). ​   ,   , and   ​ __________ ft<sup>2</sup> ​ __________ ft2

(Short Answer)
4.9/5
(29)

Find the area of the shaded region. ​ Find the area of the shaded region. ​   ,     ​ , Find the area of the shaded region. ​   ,     ​ Find the area of the shaded region. ​   ,     ​

(Multiple Choice)
4.9/5
(30)

The prefix centi- means __________ (one thousand, one-thousandth, one-hundredth).

(Short Answer)
4.9/5
(28)

Name the metric unit you would use to measure the quantity below: ​ The distance from New York to Chicago. ​

(Multiple Choice)
4.7/5
(29)

Find the distance around the figure below by using the appropriate formula. Round your answer to two decimal places. ​ Find the distance around the figure below by using the appropriate formula. Round your answer to two decimal places. ​   ​ Where   ​ __________in. ​ Where Find the distance around the figure below by using the appropriate formula. Round your answer to two decimal places. ​   ​ Where   ​ __________in. ​ __________in.

(Short Answer)
4.8/5
(38)

The perimeter The perimeter   is 45 in. Find the lengths of the sides. ​   ​   ​   ​  is 45 in. Find the lengths of the sides. ​ The perimeter   is 45 in. Find the lengths of the sides. ​   ​   ​   ​  The perimeter   is 45 in. Find the lengths of the sides. ​   ​   ​   ​  The perimeter   is 45 in. Find the lengths of the sides. ​   ​   ​   ​  The perimeter   is 45 in. Find the lengths of the sides. ​   ​   ​   ​

(Short Answer)
4.9/5
(31)

Find the volume and the surface area of the solid correct to the nearest unit.​ r = 4, h = 9. ​ Find the volume and the surface area of the solid correct to the nearest unit.​ r = 4, h = 9. ​   ​

(Multiple Choice)
4.8/5
(43)

Make the indicated conversions. ​ 1 m = __________ km.

(Short Answer)
4.9/5
(37)

Find the capacity of the container, when ​a​ = 20, ​b​ = 15, ​c​ = 30. ​ Find the capacity of the container, when ​a​ = 20, ​b​ = 15, ​c​ = 30. ​   ​

(Multiple Choice)
4.8/5
(41)

Find the distance around the figure below by using the appropriate formula, if Find the distance around the figure below by using the appropriate formula, if   ,   ,   ,   ,   . Round approximate answers to two decimal places. ​   ​ , Find the distance around the figure below by using the appropriate formula, if   ,   ,   ,   ,   . Round approximate answers to two decimal places. ​   ​ , Find the distance around the figure below by using the appropriate formula, if   ,   ,   ,   ,   . Round approximate answers to two decimal places. ​   ​ , Find the distance around the figure below by using the appropriate formula, if   ,   ,   ,   ,   . Round approximate answers to two decimal places. ​   ​ , Find the distance around the figure below by using the appropriate formula, if   ,   ,   ,   ,   . Round approximate answers to two decimal places. ​   ​ . Round approximate answers to two decimal places. ​ Find the distance around the figure below by using the appropriate formula, if   ,   ,   ,   ,   . Round approximate answers to two decimal places. ​   ​

(Multiple Choice)
4.8/5
(41)

The perimeter of this pentagon is 280 cm. Find the lengths of the sides. ​ The perimeter of this pentagon is 280 cm. Find the lengths of the sides. ​   ​

(Multiple Choice)
4.9/5
(33)
Showing 41 - 60 of 76
close modal

Filters

  • Essay(0)
  • Multiple Choice(0)
  • Short Answer(0)
  • True False(0)
  • Matching(0)