Answer:
A) After 2.5 milliseconds
Explanation:
Given that :
In a CAN bus, there are three computers: Computer A, Computer B, and Computer C.
Length in time of the message sent are 2 milliseconds long
As the computer start sending the message; the message are being sent at a message duration rate of 2 milliseconds
250 microseconds later, Computer B starts to send a message; There is a delay of 250 microseconds = 0.25 milliseconds here at Computer B
and 250 microseconds after that, Computer C starts to send a message
Similarly; delay at Computer C = 0.25 milliseconds
Assuming is the retransmit time for Computer A to retransmit its message, Then :
=
= 2 milliseconds + 0.25 milliseconds + 0.25 milliseconds
= 2.5 milliseconds
Thus; the correct option is A) After 2.5 milliseconds
Translate- What is the influence of a leader in the business sector and as reflected
In the company or business?
Answer:
Fermi energy is the highest energy occupied by an electron at absolute zero degree Kelvin (0K).
Explanation:
i) Fermi energy function, E - Ef = h²/2mo{3π²N/V} (where, N = number of particle; h = Planck constant; V = Volume of the system; mo = mass of each electron)
ii) Let 4% probability state = Kβ = 0.04
∴ To calculate Fermi temperature = Ef/Kβ = 0.3eV/0.04 =7.5°C
But in degree Kelvin = (273 + 7.5)K = 280.5K
Answer:
No, they need to be somewhat flexible so that forces such as turbulance don't shear the wing off.
Answer: 23.5
Explanation: divide the length value by 1e+6