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Bell Ringer 3/3/16 Find the area of the figure. Round to the nearest tenth.

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Presentation on theme: "Bell Ringer 3/3/16 Find the area of the figure. Round to the nearest tenth."— Presentation transcript:

1 Bell Ringer 3/3/16 Find the area of the figure. Round to the nearest tenth.

2 Bell Work 3/7/16 1)

3 Bell Work 3/7/16 1) 2)

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7 V=Bh V=Volume B= Area of Base H= Height

8 We DO Find the Volume 4800 cm3

9 We DO Find the Volume 60 cm3

10 We DO

11 Volume of Cylinder! NOTHING CHANGED!! V=Bh

12 We DO Find the Volume in terms of π. 3 π m3

13 Bell Ringer

14 We DO Find the Volume

15 What if… 26,165 in3

16 We DO Find the Volume 501 in3

17 Bell Ringer Find the volume.

18 holds 7.5 gallons, how many gallons will it take to fill the lap pool?
Bell Ringer 3/10/16 1. Find the Volume  Find the volume of the solid formed by each net. A rectangular lap pool measures 80 feet long by 20 feet wide. If it needs to be filled to four feet deep and each cubic foot  holds 7.5 gallons, how many gallons will it take to fill the lap pool? A box 18 centimeters by 9 centimeters by 15 centimeters is being used to ship two cylindrical candles. Each candle has a diameter of 9 centimeter sand a height of 15 centimeters, as shown. What is the volume of the empty space in the box?

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23 Bell Ringer 3/4/15 Find the volume of the figure below.

24 Find the Volume.

25 Bell Ringer 3/1/16 1. Find the volume of the figure below.
2. The base is a 30°-60°-90° triangle with a hypotenuse of 14 m. The height of the prism is 11 m. Find the volume to the nearest tenth.

26 Homework Due 3/4 Evens

27 Homework Due Friday 3/4 CH 12.4 Pg 158 1-8 all

28 Find the volume of the solid formed by each net.
 Francisco and Valerie each calculated the volume of an equilateraltriangular prism with an apothem of 4 units and height of 5 units. Is either of themcorrect? Explain your reasoning.

29 2. A box 18 centimeters by 9 centimeters by 15 centimeters is being used to ship two cylindrical candles. Each candle has a diameter of 9 centimeter sand a height of 15 centimeters, as shown. What is the volume of the empty space in the box?

30 Find the volume 1. Volume in cubic meters 2. Volume in cubic feet

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33 FOCUS

34 Bell Work 3/2 2.

35 Volume: the amount of space an object takes up
Do the two stacks of paper below have the same volume?

36 KEY CONCEPT!!

37 Find the volume

38 Bell Ringer 3/10/15 1.  Find the Volume 2.

39 Bell Ringer 3/12/15 Find the Volume

40 Bell Ringer 3/15/16 1. Given the volume 20 π of the cone with the height of 10m, calculate the sphere with the same radius. Round to the nearest tenth. 2.

41 Bell Ringer 3/14/16 Find the Volume 2. 1.

42 Bell Ringer 3/31/15 Given the volume 36 π of the cone with the height of 8m, calculate the sphere with the same radius. Round to the nearest tenth. 3.

43 Bell Ringer 3/10/16 Given the volume 36 π of the cone with the height of 8m, calculate the volume of the sphere with the same radius. Round to the nearest tenth. 2. Find x. Leave answer in simplest radical form. 2. 3.

44 Given the volume 36 π of the cone with the height of 8m, calculate the volume of the sphere with the same radius. Round to the nearest tenth. 1.

45 Bell Ringer 3/14/16 2. 1. Find the volume of the figure to the nearest tenth. 2.

46 Bell Ringer 3/16/15  1. Francisco and Valerie each calculated the volume of an equilateral triangular prism with an apothem of 4 units and height of 5 units. Is either of them correct? Explain your reasoning. Find the Volume 2. 3. 4. What is the cross section formed by a plane containing a vertical line of symmetry? Figure 4 

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48 b) a)

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51 Homework Page 295 Due 3/11 Ch. 11-5 Form K 2-18 Evens Homework Page 299 Due 3/11 Ch. 11-6 Form K #13-16,22-24 all

52 Homework Page 299 Ch. 11-6 Form K #13-16,22-24 all

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54 Bell Ringer Find the volume. Round to the nearest tenth if needed.

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56 WE DO

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58 Solve Find the surface area. Leave answer in terms of π.

59 Bell Ringer 1.Find the surface area of the figure.
2. Find the volume of the figure. 3. Using the figure below, if there are 5.39 gallons per cubic centimeter of water, how many gallons will this figure hold?

60 Bell Ringer 1.Find the surface area of the figure.
2. Find the volume of the figure. 3. Using the figure below how many gallons will this figure hold if there are 5.39 gallons of water per cubic meters ?


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