INTRODUCTION TO CHEMICAL
ENGINEERING THERMODYNAMICS 9TH
EDITION SMITH HENDRICK VAN NESS
ABBOTT MARK SOLUTION MANUAL
PRACTICE SCRIPT UPDATED 2026 TESTED
SOLUTIONS
⫸ basis. Answer: quantity or flow-rate that indicates the size of a
process.
⫸ scale factor. Answer: a ratio of the basis quantity to a relative
quantity.
⫸ atom economy. Answer: a simple indicator of the efficiency of
utilization of raw materials in a given reaction pathway.
⫸ process economy. Answer: made by starting from the generation-
consumption analysis, scaling up or down to a desired production rate,
and then computing the difference between the product values and the
raw material costs.
⫸ process flow sheets. Answer: compact and precises diagrams that
present a large amount of technical information about chemical
processes.
, ⫸ feed preparation facilities. Answer: bring raw materials to the correct
composition or physical state
⫸ reactors. Answer: provide conditions to allow desired chemical
reactions to take place under control
⫸ separators. Answer: separate desired products from raw materials,
byproducts, and wastes
⫸ environmental control facilities. Answer: handle wastes for safe reuse
or disposal
⫸ product formulation facilities. Answer: mix, formulate, package, and
store the final product
⫸ material transfer equipment. Answer: move solids, liquids, and gases
⫸ energy transfer equipment. Answer: supple refrigeration, heat and
work
⫸ batch process. Answer: input streams enter the process unit all at
once, and at some later time output streams are removed all once
⫸ continuous flow process. Answer: input streams continuously flow
into the process unit and output streams flow continuously out of the
unit.
ENGINEERING THERMODYNAMICS 9TH
EDITION SMITH HENDRICK VAN NESS
ABBOTT MARK SOLUTION MANUAL
PRACTICE SCRIPT UPDATED 2026 TESTED
SOLUTIONS
⫸ basis. Answer: quantity or flow-rate that indicates the size of a
process.
⫸ scale factor. Answer: a ratio of the basis quantity to a relative
quantity.
⫸ atom economy. Answer: a simple indicator of the efficiency of
utilization of raw materials in a given reaction pathway.
⫸ process economy. Answer: made by starting from the generation-
consumption analysis, scaling up or down to a desired production rate,
and then computing the difference between the product values and the
raw material costs.
⫸ process flow sheets. Answer: compact and precises diagrams that
present a large amount of technical information about chemical
processes.
, ⫸ feed preparation facilities. Answer: bring raw materials to the correct
composition or physical state
⫸ reactors. Answer: provide conditions to allow desired chemical
reactions to take place under control
⫸ separators. Answer: separate desired products from raw materials,
byproducts, and wastes
⫸ environmental control facilities. Answer: handle wastes for safe reuse
or disposal
⫸ product formulation facilities. Answer: mix, formulate, package, and
store the final product
⫸ material transfer equipment. Answer: move solids, liquids, and gases
⫸ energy transfer equipment. Answer: supple refrigeration, heat and
work
⫸ batch process. Answer: input streams enter the process unit all at
once, and at some later time output streams are removed all once
⫸ continuous flow process. Answer: input streams continuously flow
into the process unit and output streams flow continuously out of the
unit.
