[화학Engineering] 열역학 thermodynamics thermodynamic chemical 솔루션 McGrawHi…
페이지 정보
작성일 21-05-05 09:16
본문
Download : 열역학 솔루션.zip
P := 3000bar D := 4mm A
F := P⋅A g 9.807
:= ⋅D2 A = 12.566mm2
Download : 열역학 솔루션.zip( 33 )
[화학Engineering] 열역학 thermodynamics thermodynamic chemical 솔루션 McGrawHill
:= mass = 384.4 kg Ans.
F
설명
열역학 thermodynamics thermodynamic chemical 솔루션 McGrawHill [참고data(자료)] 열역학 thermodynamics thermodynamic chemical 솔루션 McGrawHill [data(자료)범위] 열역학 thermodynamics thermodynamic chemical 솔루션 McGrawHill [이용대상] 열역학 thermodynamics thermodynamic chemical 솔루션 McGrawHill
4
= F = mass⋅g
g
gauge pressure.
Given t = 1.8t + 32 Find(t) = −40 Ans.
F
π
s2
열역학 thermodynamics thermodynamic chemical 솔루션 McGrawHill [참고자료] 열역학 thermodynamics thermodynamic chemical 솔루션 McGrawHill [자료범위] 열역학 thermodynamics thermodynamic chemical 솔루션 McGrawHill [이용대상] 열역학 thermodynamics thermodynamic chemical 솔루션 McGrawHill
= mass
Guess solution: t := 0
열역학 thermodynamics thermodynamic chemical 솔루션 McGrawHill
= F = mass⋅g Note: Pressures are in
순서
레포트 > 공학,기술계열
1.4 The equation that relates deg F to deg C is: t(F) = 1.8 t(C) + 32. Solve this
1.5 By definition: P
A
1
A
m
1.6 By definition: P
equation by setting t(F) = t(C).
F
다.
