'Actual speed' diaporamas de présentation

CHAPTER 7

CHAPTER 7. APPLICATIONS OF VECTORS. 7.1 VECTORS AS FORCES. Force is a vector because it has a magnitude and direction associated with it. Formula for calculating force is F=ma

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Warm Up

Warm Up. 2) Imagine you are piloting a small plane at an altitude of 15,000 feet and preparing to land. Once you begin your descent to the runway, your altitude changes at a rate of-25 feet/sec. Your horizontal speed is 180 ft /sec.

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HLHP 4200

Final Teaching Assignment. HLHP 4200. Assumptions. You have practiced a number of strategies throughout this course. There are certain fundamental strategies you need to have mastered. These fundamental strategies are consistent across any topic area.

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Boat across the river

Boat across the river. Grade 11 Mathematics project. Boat across the river. Task 1. Task 2. Task 3. Task 4. Task 5. Task6. Task 1. Students will search the web to find real life examples on working with vectors , e.g , adding force projectile , components , vectors in 3D , etc ..

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6-4: Conservative and Nonconservative Forces

6-4: Conservative and Nonconservative Forces. The gravitational force has an interesting property that when an object is moved from one place to another, the work done by the gravitational force does not depend on the choice of path. Forces like these are called conservative forces.

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You travel 30 km in 5 hours. What is your speed?

You travel 30 km in 5 hours. What is your speed?. A bird travels 30 m/s for a minute (60 seconds). How far has he traveled?. How much time does it take an airplane with a speed of 13 km/min to travel 52 kilometers? .

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I.3 Absorbing Boundary Conditions

Interior Pivots of FD Stencil ok. Boundary Pivots of FD Stencil force stencil at t to be outside ??. 20-50 pt wide damping zone @ boundaries. Set d=0 @ edge. ?. ?. ?. ?. ?. ?. ?. ?. I.3 Absorbing Boundary Conditions. 20:nx-20. 20:ny-20.

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Actual mileage = 1.1128(20,000)=22,256 miles

From the WS on Changing Tires 4. If the odometer reading is 20000, you have actually traveled ____________ miles with the bigger tires and your speed is _________. Use the following formula: Actual mileage = k odometer reading Actual speed = k speedometer reading where k =.

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Recall from last day:

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Speed and distance

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Arrival time

EXHIBIT 1. Appt. time. Departure Time. +. Arrival time. +. +. Prob of on-time arrival. -. Speed. Travel time. -. +. ~ Actual speed. +. Distance.

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80 M

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