Hopefully the other person helps you I’ll come back to see but I can’t right now
The type of technology illustrated in the given example is called; Edge Computing
We are told that;
- Company uses data-intensive, cloud-based simulation software
- Company decides to deploy multiple instances of the application in locations closer to the end users due to the fact that users in remote locations complained of lack of responsiveness.
- Now, the type of technology illustrated from the solution the company is trying to perform is called Edge Computing.
- This is because Edge Computing fundamentally is a type of technology that is used to bring computation and data storage closer to the user devices that collects them instead of depending on a central location that may be thousands of kilometers away.
Now, the edge computing technology is usually done to ensure that real-time data does not suffer from latency issues that can affect the performance of applications.
Read more on edge computing at;brainly.com/question/23858023
Answer:
temperature T2 = 826.9°C
= -1142.7 kJ/kg
Explanation:
given data
initial state temperature = 120°C
final state pressure p1 = 1 bar
pressure p2 = 100 bar
solution
we use here super heated water table A6 that is
specific internal energy u1 = 2537.3 kJ/kg
specific entropy s1 = 7.4668 kJ/kg.K
and
here specific entropy stage 1 = stage 2
so for specific entropy and pressure 100 bar
specific internal energy u2 = 3680 kJ/kg
and temperature T2 = 826.9°C
so here now we get specific work of steam is
ΔU = -W ...........1
m ( u1 - u2) = W
= u1 - u2
= 2537.3 - 3680
= -1142.7 kJ/kg
Answer:
Pistol
Explanation: would not be used to help in an emergency kit
Answer:
a) 
, b) 
, c) Irreversible.
Explanation:
a) The power input required by the refrigerator is:
b) The Coefficient of Performance of the refrigerator is:
c) The maximum ideal Coefficient of Performance of the refrigeration is given by the inverse Carnot's Cycle:
The refrigeration cycle is irreversible, as 
.
