'Cylindrical tank' presentation slideshows

MIXING

MIXING. CHARACTERISTICS OF MIXTURES (1). Mixing is the dispersing of components, one throughout the other. Ideally, a mixing process begins with the components, grouped together in some container, but still separate as pure components.

1.19k views • 44 slides

Depth of Knowledge and Rigor: Improving Instruction and Assessment

Depth of Knowledge and Rigor: Improving Instruction and Assessment. What is DoK ?. Depth of Knowledge ( DoK ), a model developed by Norman Webb in 1997, reflects a different level of cognitive expectation required to complete a task.

540 views • 37 slides

ENVIRONMENTAL BIOTECHNOLOGY Anaerobic Treatment

ENVIRONMENTAL BIOTECHNOLOGY Anaerobic Treatment. Chapter 3 Lecturer Dr. Kamal E. M. Elkahlout Assistant Prof. of Biotechnology. Anaerobic basics Anaerobes flourish in the complete absence of dissolved oxygen. They use oxygen in the combined state as in nitrate and sulphate

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Be Rational!

Be Rational!. Which is a rational number? The circumference of a can whose radius is 5 cm The diameter of a wheel whose radius is 18 inches The radius of a pie whose circumference is 25 inches The hypotenuse of a right triangle whose other sides are 6 and 10 cm.

226 views • 16 slides

Related Rates with Area and Volume

Related Rates with Area and Volume. Finding derivative with respect to t. A = s 2. (s, A) . (15, 225) . (10, 100) . (5, 25) . EXAMPLE 1: The side of a square is increasing at a rate of 5cm/s . At what rate is the area changing, when the side is 15 cm long? (A = s 2 ).

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Vessel Design

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Interactive Probability Instruction

Interactive Probability Instruction. Ivo Dinov, Michigan Dennis Pearl, OSU Kyle Seigrist , UAH www.distributome.org/meetings/JMM_2014 www.distributome.org/V3. Login. Username = TBD Password = TBD. A Paradigm. statistics. assumptions. approximations.

219 views • 11 slides

Equation of State

Equation of State. Ideal-gas Equation. Where: P = pressure (Pa) V = volume (m 3 ) n = number of moles (mols) R = ideal gas constant R= 8.31451 J/mols.K R= 0.08206 L.atm/mol.K T = temperature (K). Equation of State. Where: P = pressure (Pa) V = volume (m 3 )

569 views • 6 slides