(b) increase in viscosity of liquid (c)decrease in viscosity of gas (e) (a) and (d) above. O The increase of temperature results in ) increase in viscosity of gas ) decrease in viscosity of liquid Consider the flow in pipe in figure. If P₁ -AP/y. The ow direction is from 2 to 1 if AZ <-AP/y. TH flow is zero if AZ = -AP/y. The flow is zero if AZ = AP/y. Air flow though the device shown in figure. elect which set of the following conditions is RUE assuming incompressible non-viscous steady Ow 1 p4 v3 ) p2>p3; v2> v3 Op4> pl; v4 pl; vl > v3 (d) p4 vl Bernoulli equation deals with the law of conservation of ) mass (b) momentum (c) energy (d) work (e) force.
(b) increase in viscosity of liquid (c)decrease in viscosity of gas (e) (a) and (d) above. O The increase of temperature results in ) increase in viscosity of gas ) decrease in viscosity of liquid Consider the flow in pipe in figure. If P₁ -AP/y. The ow direction is from 2 to 1 if AZ <-AP/y. TH flow is zero if AZ = -AP/y. The flow is zero if AZ = AP/y. Air flow though the device shown in figure. elect which set of the following conditions is RUE assuming incompressible non-viscous steady Ow 1 p4 v3 ) p2>p3; v2> v3 Op4> pl; v4 pl; vl > v3 (d) p4 vl Bernoulli equation deals with the law of conservation of ) mass (b) momentum (c) energy (d) work (e) force.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Transcribed Image Text:4) The increase of temperature results in
(a) increase in viscosity of gas
(d) decrease in viscosity of liquid
5) Consider the flow in pipe in figure. If P₁<P2 this conclude that:
a) The flo direction is from 1 to 2 if AZ > -AP/y.
b) The ow direction is from 2 to 1 if AZ <-AP/y.
c) TH flow is zero if AZ = -AP/y.
d) The flow is zero if AZ = AP/y.
6) Air flow though the device shown in figure.
Select which set of the following conditions is
TRUE assuming incompressible non-viscous steady
flow
→ 1
2
(a) p4<p3; v1 > v3
(b) p3>pl; vl > v3
(d) p4<pl; v4 > vl
(c) p2>p3; v2> v3
(e) p4> pl; v4 <vl
7) Bernoulli equation deals with the law of conservation of
(a) mass (b) momentum (c) energy (d) work (e) force.
(b) increase in viscosity of liquid (c)decrease in viscosity of gas
(e) (a) and (d) above.
6
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