'Still water' presentation slideshows

Lesley Monk Balfron High School Session 2005/6

437 views • 33 slides

Behind an Able Man There Are Always Other Able Men. Chinese Proverb

Behind an Able Man There Are Always Other Able Men. Chinese Proverb. Better to Light One Candle Than to Curse the Darkness Chinese Proverb. Better to Lose the Anchor Than the Whole Ship. Dutch Proverb. Beware of a man of one book. Latin Proverb.

879 views • 32 slides

Chapter 13 Eraser Game !

Chapter 13 Eraser Game !. A boat traveled 210 miles downstream and back. The trip downstream took 10 hours. The trip back took 70 hours. What is the speed of the boat in still water? What is the speed of the current?. Solve by substitution. Y = 2x + 3 Y = 4x - 1.

493 views • 30 slides

Math 2: Problem Solving

Math 2: Problem Solving. Steps . Read the problem (try to understand it upon the first read) Determine the type of problem Identify the variables Set up the equation Solve the equation/s Find the final solution Check the solution *Use trial and error only if you think it will be faster*

359 views • 27 slides

Jeopardy

374 views • 26 slides

8.1 Systems of Equations in Two Variables Day 1

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Applications of Linear Systems

Applications of Linear Systems. Objective: To choose the best method for solving a system of linear equations. . How do we solve?. How do we solve?. Problem 1. Problem 1. Got it?. Got it?. Problem 2. Problem 2. Got it?. Got it?. Got it?. Air Travel. Problem 3. Problem 3. Got it?.

439 views • 20 slides

Solving Systems of Equations

Solving Systems of Equations. Classic Applications (Travel). Objectives. Define the variables in Travel application problems. Use the variables to set up the system of equations. Solve the system using the Elmination or Substitution Methods. Travel Problems.

546 views • 8 slides

Solving Systems of Equations

Solving Systems of Equations. Classic Applications (Travel). Objectives. Define the variables in Travel application problems. Use the variables to set up the system of equations. Solve the system using the Elmination or Substitution Methods. Travel Problems.

219 views • 8 slides

River Problems

222 views • 8 slides

Warm up

Warm up. 1. 7x + 2y = 3 4x + 3y = 11 2. 2(x-y)= 2 3(x + 4y)= 18. Lesson 9-6 Wind & Water Current Problems. Objective: To use systems of equation to solve wind & water current problems. . Current Problems. Distance = Rate x Time r = rate of the boat/plane

210 views • 6 slides

The Lord is My Shepherd

345 views • 4 slides