Given: Reser Stadium A fire hose Find: The time required to fill Reser Stadium with a fire hose (assuming no leaking or seeping during the process)

Slides:

Advertisements

Similar presentations

Advertisements

EXAMPLE 4 Solve a multi-step problem ICE SCULPTURES

CHAPTER 8 Geometry Slide 2Copyright 2012, 2008, 2004, 2000 Pearson Education, Inc. 8.1Basic Geometric Figures 8.2Perimeter 8.3Area 8.4Circles 8.5Volume.

1 Math Questions. 2 Length x Width x Water Depth = cubic feet.

Calculating Buoyancy (# Pennies) Penny Barge Design

CE 102 PROBLEM 4 SOLUTION A. Problem Time required to fill Reser Stadium with a fire hose (assuming no leaking or seeping during the process). Given:

Volume is the amount of space inside a three-dimensional (3-D) shape

Composite Functions Consider a person working for a concrete contractor. One of his jobs is to estimate the cost for the product to put in a concrete driveway.

Basketball Problem #2 SOLUTION B. Given: The Classroom Owen 241 Find: The number of basketballs required to fill this classroom.

Problem Statement Given: No Givens Find: The number of basketballs required to fill this room.

Problem Statement GIVEN: 1 fire hose to fill Reser Stadium FIND: How long it takes to fill Reser Stadium with a fire hose.

Nuffield Free-Standing Mathematics Activity

Do now: These cuboids are all made from 1 cm cubes

Volume. Volume Volume is the amount of space that an object takes up. Unlike LENGTH (1 dimension), or AREA (2 dimension), VOLUME is a 3 dimensional.

5-4 Measurement and Conversions

THE NATURE OF MEASUREMENT Copyright © Cengage Learning. All rights reserved. 9.

Scaling Three-Dimensional Figures 9-9 Warm Up Warm Up Lesson Presentation Lesson Presentation Problem of the Day Problem of the Day Lesson Quizzes Lesson.

iSpeak Break Timer 60 min 45 min 30 min 20 min 15 min 10 min 5 min or less.

Volume of 3-Dimensional Figures

GEOMETRIC SOLIDS 1 Similar Solids. SIMILAR SOLIDS 2 Definition: Two solids of the same type with equal ratios of corresponding linear measures (such as.

Finding VOLUME DeMarco. The OBJECTS FORMULA? L x W x H Length = 6cm.

Finding VOLUME. What is VOLUME? The amount of space that a 3-dimensional object takes up. Anything that exists, has volume…

Splash Screen. Lesson Menu Five-Minute Check (over Lesson 12–4) NGSSS Then/Now Key Concept: Volume of a Pyramid Example 1: Volume of a Pyramid Key Concept:

Volume of Rectangular Prisms and Cylinders. Question 1 What is volume? * the number of cubic units needed to fill the space inside a figure.

Volume of Pyramids and Cones

Area Volume Measures a given space Length and Width 2-D 3-D Length times width L x W Length times width time height L x W x H Measures the space of a flat.

Example 3 Multiplying Mixed Numbers POSTCARDS A designer creates postcards that are inches long and inches wide. Find the area of the postcard

Estimating Colin Bobby Erik. Problem #4 Time required to fill Reser Stadium with a fire hose (assuming no leaking or seeping during the process).

S3 BLOCK 8 Area and volume 1. Volume I can find the volume of the following 3D shapes.  Cube  Cuboid  Cylinder.

4-5 Using Similar Figures Warm Up Warm Up Lesson Presentation Lesson Presentation Problem of the Day Problem of the Day Lesson Quizzes Lesson Quizzes.

5 ft 3ft 5ft 3ft Always write your answer with the unit of measurement.

SATMathVideos.Net Water is pumped into an tank at 20 gallons per minute. The tank has a length of 10 feet and a width of 5 feet. If the tank starts empty,

Density. Definition Density is the mass of an object in comparison to the volume it occupies.

Squared and Cubed Conversion Factors

Holt Geometry The volume of a three-dimensional figure is ___________________________________________ ___________________________________________. Cavalieri.

Go Back > Question 1 8x 3 ? A cube has side length 2x. What is its volume? 2a.

Objective - To solve work problems Work Rate TimeWork Done Work Rate TimeWork Done 5 hrs.1 Job.

BELL RINGER. AREA AND VOLUME WITH POLYNOMIALS AREA MRS. YELTON HAS A RECTANGULAR FLOWER BOX WITH THE FOLLOWING DIMENSIONS. WRITE THE EXPRESSION THAT.

Finding Volume Rectangular Prisms.

Volume Created by Educational Technology Network

Copyright 2012, 2008, 2004, 2000 Pearson Education, Inc.

11.2 Volumes of Prisms and Cylinders

Chapter Using Imperial Units for Volume

EXAMPLE 4 Solve a multi-step problem ICE SCULPTURES

Scaling Three-Dimensional Figures

Playing Cards and Solutions

Volume and Missing Dimension SO 4, 5

Geometry Jacob Barron.

Conversion Factors Dimensional Analysis Lots of Practice

Volume of Prisms.

10.7 Volume of Pyramids and Cones

Measurement: Volume & Capacity

Use the substitution method to find all solutions of the system of equations {image} Choose the answer from the following: (10, 2) (2, 10) (5, - 2) ( -

Warm Up Problem of the Day Lesson Presentation Lesson Quizzes.

Measurement Part 3.

Question: You can run at a rate of 6 miles per hour. How many inches per minute is this?

Filling Your Classroom w/ Tennis Balls Not Enough Numbers

Measurement Part 3.

Area, Surface Area, Perimeter, Volume

3-D Shapes Topic 14: Lesson 8

Measurement Part 3.

Warm Up Problem of the Day Lesson Presentation Lesson Quizzes.

Perimeter- is the distance around a figure.

Warm Up A rocket rises 12 miles in 3 minutes. What is the rocket’s speed in feet per minute?

Measurement Part 3.

Area and Volume How to … Calculate the area of a square or rectangle

Presentation transcript:

Given: Reser Stadium A fire hose Find: The time required to fill Reser Stadium with a fire hose (assuming no leaking or seeping during the process)

Estimates Estimate7 days5 Days3.5 Days3 Days

Method/Approach Found the estimated volume of Reser Stadium by breaking it up into basic geometric shapes. Estimated how fast a fire hose pumps out water. Divided the estimated volume by the amount of water per minute pumped out by the fire hose and converted that answer into days.

Assumptions Fire hose=100 gallons of water/minute Dimensions for Reser Stadium: Width: 75 Yards Length: 150 Yards Height: 75 Yards

Solution Volume=(150*75*75)+(75*25)+((4*pi*25^2)/2) V= Yd^3 V/100= min. = hr. =5.98 Days