Answer:
The answer is below.
Explanation:
Some of the ways, how I think elliptic cryptography is more advanced than RSA are the following:
1. ECC - Elliptic Curve Cryptography uses smaller keys for the same level of security, particularly at greater levels of security.
2. ECC can work well and at a faster rate on a small-capacity device compared to RSA
3. It uses offer speedier SSL handshakes that enhance security
4. It offers fast signatures
5. It allows signatures to be computed in two stages, which enables lower latency than inverse throughput.
6. Relatively quick encryption and decryption
Answer:
V = 0.002524m³/kg
%Error = 0.2851
Explanation:
Using the ideal gas equation, we can determine the specific volume of nitrogen as
PV = RT
V = RT/P
Given the following data:
R = 296.8j/kg.k
T = 139k
P = 8.5Mpa
Therefore, V = (296.8j/kg.k)×(139k)/8500000
V = 0.004853m³/kg
Using the compressibility chart, we can see that the compressibility factor of Nitrogen at this state is equal to 0.52. Using this, we can find out the specific volume of nitrogen to be
Z = PV/RT
0.52 = (8500000Pa)V/(296.8J/kg⋅K)(139K)
V = 0.52×296.87×139/8500000
V = 0.002524m³/kg
%Error = V(ideal)-V(actual)/V(actual)
%Error = 0.002524-0.002002/0.002002
%Error = 0.2609
Error for this compared with the actual value is
%Error = V(ideal)-V(actual)/V(actual)
%Error = (0.004853-0.002002)/0.004853
%Error = 0.2851
Answer:
Quadrants are counter-clockwise because angles are measured counter-clockwise; and angles are measured counter-clockwise so that Cross Product of unit vector in X direction with that in the Y direction has to be the unit vector in the Z direction (coming towards us from the origin).
Explanation:
Answer: The solution can be found in the attached
Explanation:
Answer:
Pumps converts mechanical energy into hydraulic energy while turbines convert hydraulic energy into mechanical energy.
Explanation:
The machines which converts and transfers mechanical energy in the form of torque on the shaft into hydraulic energy in the form of water under pressure are called pumps whereas those machines which converts water pressure or hydraulic energy into mechanical energy that is further converted into electrical energy are called turbines.
The pump impeller rotates in the opposite direction to the turbine runner.
A turbine delivers work as output whereas a pump consumes work.
First law of thermodynamics for a pump :
W = ( H₁-H₂) +Q , where H₁ > H₂
First law of thermodynamics for a turbines :
W = ( H₂-H₁) +Q , where H₁ < H₂