Answer:
An attachment follows below
Explanation:
1) The formula used for the damping coefficient in a series RLC circuit.
If \xi = 0, it is possible to set c = 0 but an inductor will still possess some capacitance.
2) The behaviors of critically damped and underdamped systems are illustrated along with comments on their temporal responses.
4) While several answers might suffice, the four I’ve highlighted are the crucial parameters necessary about an unknown op-amp before utilizing it in a circuit.
Hope this addresses all your inquiries.
Respuesta:
La temperatura máxima que se puede medir (en °C) es 14170.27°C
Explicación:
Los RTDs son termómetros compuestos de metales cuya resistencia aumenta con la temperatura.
Para un RTD de Clase A, l, Alpha = 0.00385.
La fórmula para el RTD es
Rt = Ro ( 1 + alpha x t)
Donde
Rt es la resistencia a la temperatura t°C,
Ro es la resistencia a 0°C
Alpha es un coeficiente de temperatura constante para un RTD de clase A.
Aquí, Rt = 1000ohms,
Ro se considera como Ra = 18Ohms
Por lo tanto,
1000 = 18 ( 1 + 0.00385t)
Dividiendo ambos lados por 18
1 + 0.00385t = 1000/18
0.00385t = 55.55 - 1
0.00385t = 54.55
t = 54.55/0.00385
t = 14170.27°C
Answer:I want to know what game to play?
Explanation:
Answer:
Provided information
an electronic system dissipating = 90 W
diameter = 15 cm
The duct has components cooled by forced air entering at 32°C with a flow rate of 0.65 m3 /min
85% of the generated heat is transferred to the air in the duct, and 15% is lost through the duct's outer surfaces.
See the attached images for the solution.
Explanation:
Consult the attached pictures for a thorough breakdown of the explanation.
