Answer:
True strain = 3.7704
Explanation:
Strain is the measure an object that is stretched or deformed. This occurs when a force is applied to an object. Strain deals mostly with the change in length of the object. Strain = Δ L /L = Change in Length over the original Length:
Volume Constancy :
ΔL/L0=A0/ΔA=(D0/ ΔD)=(25mm/0.75mm)^2
ΔL/L0=44.4
Engineering strain:
Engineering strain =ΔL-L0/L0=ΔL/L0-1
Engineering strain =44.4-1=43.4
True strain, ε=In(ΔL/L0)=In(43.4)=3.7704
Note that strain has no unit, so the True strain = 3.7704
Answer:
Explanation:
1. Inside tss_coach.html <head> section, include these two lines of code:
<link rel="stylesheet" href="coach_layout.css">
<link rel="stylesheet" href="coach_styles.css">
These two lines links the CSS files with the HTML code.
2. Include the below two lines at the top of the file coach_styles.css and before the comment section
@charset "UTF-8"
@font-face { font-family: Nobile;
src: url (nobile-webfont.woff); }
Answer:
I believe the answer is "filler metal"
I don’t even know lol i’m just tryna bring my points up sorry.
Answer:
1.8 mm
Explanation:
given data
thick = 2.5 mm
flux = 1 × 
kg/m²
high pressure surface is 2 kg/m³
solution
we use fick first law for steady state diffusion
J = D × 
..........1
we take here Ca to point which concentration of nitrogen is 2 kg/m³
so we solve Xb
Xb = Xa + D × 
assume Xa = 0 at surface
Xb = 0 + ( 12 × 
) × 
Xb = 1.8 × 
Xb = 1.8 mm
