Answer: Starting of with Chemical Engineering something that they may encounter is a lack of adeptness man puissance. People that are working there are not much adept or having cognizance regarding to chemical industry. Something someone with a Civil engineering might encounter is the quandary of sustainable construction, and amendment construction site safety. To go on , something that Electrical engineering might encounter is a Non technical , Virtually an electrical engineer has to deal with an astronomical range of machines , control panels,instruments. For example you are working with circuit breakers,as anon as you’ll have expertise on any particular type of circuit breaker, there's a transmutation in trend and the CB you are working with is already obsolete. And last but no least , Something someone might encounter while doing Mechanical engineering is there toxic substances because their work environment is susceptible to fires, explosions, structural failures and equipment malfunctions.
Answer:
105.70 mm
Explanation:
Poisson’s ratio, v is the ratio of lateral strain to axial strain.
E=2G(1+v) where E is Young’s modulus, v is poisson’s ratio and G is shear modulus
Since G is given as 25.4GPa, E is 65.5GPa, we substitute into our equation to obtain poisson’s ratio

Original length 

Where
is final diameter,
is original diameter,
is final length and
is original length.


Therefore, the original length is 105.70 mm
Answer:
What subject is this in?? That would help a lot knowing
Explanation:
Answer:
I don't know. It does the same thing to me to. I had to create a new account with my friends email because it won't let me log in
Explanation:
Answer:
clc
clear
x = input('type value of angle in degrees:\n');
x = x*pi/180; %convverting fron degree to radian
sin_x = x; %as first term of taylor series is x
E = 1; %just giving a value of error greater than desired error
n = 0;
while E > 0.000001
previous = sin_x;
n = n+1;
sin_x = sin_x + ((-1)^n)*(x^(2*n+1))/factorial(2*n+1);
E = abs(sin_x - previous); %calculating error
end
a = sprintf('sin(x) = %1.6f',sin_x);
disp(a)
Explanation: