Tout=? V(m/s) D=0.1m air Air at (3.10x10^2) K is entering in a circular pipe at 101325 Pa as shown in Figure. The velocity of the air at the pipe entrance is (1.0000x10^O) m/s. The diameter of the pipe is 0.1m. Specific gas constant of air is 287 J/kg-K. Specific heat of air is 1000 J/kg-K. Find the outlet temperature if 2000 J of heat is added to the pipe. Answer should be in 'K' with three significant figures. Note: Your answer is assumed to be reduced to the highest power possible.

Tout=? V(m/s) D=0.1m air Air at (3.10x10^2) K is entering in a circular pipe at 101325 Pa as shown in Figure. The velocity of the air at the pipe entrance is (1.0000x10^O) m/s. The diameter of the pipe is 0.1m. Specific gas constant of air is 287 J/kg-K. Specific heat of air is 1000 J/kg-K. Find the outlet temperature if 2000 J of heat is added to the pipe. Answer should be in 'K' with three significant figures. Note: Your answer is assumed to be reduced to the highest power possible.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

The velocity and pressure at the entrance to a horizontal pipe are 1 m/s and 120 kPa respectively The velocity and pressure at the exit of the pipe are 1.8 m/s and 100 kPa respectively. What is the head loss (h) between the entry and exit of the pipe? 1.81 m a. 192 m b. 2.14 m 2.03 m Od. The velocity and pressure at the entrance to a horizontal pipe are 0.7 m/s and 101040 Pa respectively. The velocity at the exit of the pipe is 1.6 m/s. What is the pressure at the exit of the pipe? 100 kPa O a 99.52 kPa 101.26 kPa O c. 102.57 kPa d.
Hi, please assist me with this problem as soon as possible
Liquid water sits in a large storage tank 36 °C. Prior to entering a 0.528 meter pipe, the water evaporates n a boiler to steam. The steam flows through the pipe at 7.19 m³/s, 160 °C and 3.948 atm. What is the heat required by the boiler?
Please solve the problem correctly using right method. The final answer should be accurate
Air enters an open system with a velocity of 5 m/s and a density of 1 kg/m³ at 600 K througha pipe with a cross- sectional area of 10 cm? as shown in (Figure 1). The mass of air in the tank at a known instant is given by the expression m = 5p/T, where p is in kPa and T is in K. Part A If the temperature in the tank remains constant at 600 K due to heat transfer, determine the rate of increase of pressure in the tank Express your answer in kilopascals per second to one significant figure. Vo AEO It vec ? kPa/s Submit Request Answer Part B If the temperature in the tank remains constant at 600 K, due to heat transfer, what is the sign of heat transfer, positive or negative? O positive O negative Figure < 1 of 1 Submit Request Answar Supply line Provide Feedback Air
A fluid is flowing with average speed 5.0 meters/sec in a 10 cm inner diameter pipe. Determine the fluid volume flow rate in cubic meters per minute.
2- 8 Air flows at a speed of 6.5 m/s through a pipe with a diameter of 25 cm and a length of 30 m. The total multiple local loss coefficient in the pipe is given as 4.4. The friction factor of the pipe was obtained from the Moody chart as 0.03. What is the total head loss in this pipe?
6 m 6 m Elbow 6 m 3 m. Activate Wind Goto Sectines1 15 m A fluid is pumped at a rate of 0.00156 m/s through a 0.025-m-diameter pipe to fill a 9°C 020
A tube with 45 meters long, and a diameter of 1.8 meters and 2.3 meters, inlet and outlet respectively. Water is flowing inside the tube. What is the rate of change of the velocity with respect to its length when the inlet has a velocity of 2100 meters/min? *Include the units on the answer.
I need a solution ASAP Problem -1 A tank is initially empty. A liquid with p = 62.4 Ibm/ft is poured into the tank at a constant mass flow rate of m = 7 Ibm/s. The tank has cross-sectional area A = 0.2 ft, and the fluid in the tank has a variable height H(t). There is a hole at the bottom of the tank. The fluid flows out of the tank at a rate proportional to the fluid height: me = kH, where k = 1.4 Ibm/ft/s. Find H(t). A sketch is given in Fig. P.1. Figure.P.1: Sketch of tank filling problem
In a pipe conveying steady flow of incompressible fluid, what factor determines the magnitude of flow velocity? CHOOSE ONE: Temperature Friction Cross-sectional area
What is the mass flow rate of air is flowing at a velocity of 20 m/s through a tube with an area of 2 m2 and density of 1.225 kg/m3? Assuming that the airflow is incompressible, what is the new velocity of the mass airflow if the tube narrows to an area of 1 m2? 24.5 kg / s, 10 m/s 49 kg /s, 40 m/s O 12.25 kg / s, 20 m / s 50 slugs / s, 40 ft/s