'45 kg' diaporamas de présentation

Work, Power & Energy

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Work, Power & Energy

659 views • 52 slides

Work, Power & Energy

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Kinetic Energy

Kinetic Energy. Energy due to motion reflects the mass the velocity of the object KE = 1/2 mv 2. Kinetic Energy. Units: reflect the units of mass * v 2 Units KE = Units work. Calculate Kinetic Energy. How much KE in a 5 ounce baseball (145 g) thrown at 80 miles/hr (35.8 m/s)?.

958 views • 36 slides

Kinetic Energy

Kinetic Energy. Energy due to motion reflects the mass the velocity of the object KE = 1/2 mv 2. Kinetic Energy. Units: reflect the units of mass * v 2 Units KE = Units work. Calculate Kinetic Energy. How much KE in a 5 ounce baseball (145 g) thrown at 80 miles/hr (35.8 m/s)?.

833 views • 36 slides

MOMENTUM and IMPULSE

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TDM of vancomycin

TDM of vancomycin. (Antibiotic). Introduction. Antibacterial , tricyclic glycopeptide antibiotic . used to treat gram-positive infection caused by: - methicillin resistant staphylococci - ampicillin resistant enterococci. Mechanism of action.

6.73k views • 26 slides

Forces

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PEP8 UNIT 1 HOWTALL ARE YOU? (REVISION)

PEP8 UNIT 1 HOWTALL ARE YOU? (REVISION). NO.3 PRIMARY SCHOOL ZHOU DONGMIN. Let's be friends!. Are you smart?. ????????. Can you chant with me?. ???????????????????????? ???????? long old thin

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Phosphorus in Cranberry Nutrient Management

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Conservation of Momentum

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Forces: Equilibrium Examples

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Conservation of Momentum

276 views • 18 slides

Tularemia polmonare

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Tularemia polmonare

293 views • 16 slides

Conditions of Equilibrium

Conditions of Equilibrium. In order for a rigid body to be considered to be in equilibrium, there must be no change in the either the linear or the angular momentum. Therefore:. ? F ext = 0 and ? ? ext = 0. If ? ? ext = 0, then there is no change in L either.

738 views • 14 slides

Incline Problems

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Incline Problems

221 views • 11 slides

Calculating Potential and Kinetic Energy

Calculating Potential and Kinetic Energy. Follow the steps. Equations. Potential Energy (E p )=Weight x Height Or: Kinetic Energy (E k )=1/2 (mass x velocity 2 ) SHOW YOUR WORK FOR EACH STEP. E P. Ht. Wt.

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