'1000 kg' diaporamas de présentation

TAKS Objective 5

TAKS Objective 5. The student will demonstrate an understanding of motion, forces, and energy. Practice filling in. Speed. Speed is the rate of change in position V = d t V = velocity d = distance t = time. Set up the Speed Triangle. V = d t. d. v. t.

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Fluids and Thermodynamics

Fluids and Thermodynamics. Fluids Fluids are substances that can flow , such as liquids and gases, and even a few solids. In Physics B, we will limit our discussion of fluids to substances that can easily flow, such as liquids and gases. D = m/V D: density (kg/m 3 ) m: mass (kg)

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Unit 4: Mass, Weight and Density

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FORCE AND MOTION

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PHYSICS OF FLUIDS

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Potential temperature ( o C, Levitus 1994)

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F = M A

F = M A. Who was Isaac Newton?.

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Steady-State E Balances

Steady-State E Balances. Compressors, pumps, turbines and heat exchangers. Steady State Work. There are two types of steady state devices that use energy input or output as work. Pumps and compressors use energy input as work to increase the pressure of fluids

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L-8 (I) Physics of Collisions (II) Work and Energy

L-8 (I) Physics of Collisions (II) Work and Energy. I. Collisions can be very complicated two objects bang into each other and exert strong forces over short time intervals ( impulsive forces )

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Impulse, Momentum and Conservation of Momentum

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GRAVITATION

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Answers to Quiz No. 1

Answers to Quiz No. 1. Set A. A. BALANCED FRICTION ACCELERATION INERTIA DIRECT. B. 3RD 3RD 2ND 1ST 3RD. C. 1 check each (given, solution, equation, and answer) 4 points every problem Total of 20 points for part C Incorrect symbol in the equation will be marked wrong. C.

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100 m

(Mon) A roller coaster car loaded with people has a mass of 1000 kg. If the car is raised to the top of the first hill 100 m above the starting point, how much work was done to get the car up here? (5 min/5 pts).

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Examples of Atmospheric Convection Calculation from Chemical Engineering Program PROII

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Work

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Work and Energy Part 2

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