Find the reliability of device X in a year with the assumption that the device operates continuously with 24/7 service in 365 days, ie the time is 24*365 O a. 15.42% Ob. 17.34% Oc. 45.48% Od. 22.33% Find the reliability of device Y in a year with the assumption that the device operates continuously with 24/7 service in 365 days, ie the time is 24*365 a. 6.28% Ob. 8.56% Oc. 18.53% Od. 41.64% Find the system reliability when X andY are connected in series.

Find the reliability of device X in a year with the assumption that the device operates continuously with 24/7 service in 365 days, ie the time is 24365 O a. 15.42% Ob. 17.34% Oc. 45.48% Od. 22.33% Find the reliability of device Y in a year with the assumption that the device operates continuously with 24/7 service in 365 days, ie the time is 24365 a. 6.28% Ob. 8.56% Oc. 18.53% Od. 41.64% Find the system reliability when X andY are connected in series.

International Edition---engineering Mechanics: Statics, 4th Edition

4th Edition

ISBN:9781305501607

Author:Andrew Pytel And Jaan Kiusalaas

Publisher:Andrew Pytel And Jaan Kiusalaas

Chapter1: Introduction To Statics

Section: Chapter Questions

Problem 1.12P: A differential equation encountered in the vibration of beams is d4ydx4=2D where x = distance...

See similar textbooks

Similar questions

The mean weight of five complete computer stations is 167.2 pounds. The weights of four of the computer stations are 158.4 pounds, 162.8 pounds, 165.0 pounds, and 178.2 pounds respectively. What is the weight of the fifth computer station?
1-The smallest change in the quantity will produce the observable change in the reading is called as a. Sensitivity o b. Range c. Accuracy O d. Resolution
1. The development of thermodynamics since the 17th century, which was pioneered by the invention of the steam engine in England, and was followed by thermodynamic scientists such as Willian Rankine, Rudolph Clausius, and Lord Kelvin in the 19th century. explain what the findings or theories of the 3 inventors are! Please answer fast max 25-30.minutes thank u
(i) Give the correct number of significant figures for: 4500 0.0032 0.04050 (ii) Write in scientific notation and engineering notation: 0.000467 32000000
MECHANICAL ENGINEERING UPVOTE WILL BE GIVEN. PLEASE WRITE THE COMPLETE SOLUTIONS LEGIBLY. SHOW THE STEP-BY-STEP PROCESS WITH SHORT COMMENT/EXPLANATION. ANSWER IN 4 DECIMAL PLACES. Two gaseous streams containing the same fluid enters a mixing chamber and leaves as a single stream. For the first gas the entrance conditions are A1=500 cm², v1=230 m/s, p1=1.60 kg/m³. For the second gas the entrance conditions are A2= 300 cm³, m2=8.84 kg/s, v2=0.502 m³/kg. The exit stream conditions is v3=130 m/s and v3=0.437 m3/kg. Determine the following: (a) the total mass flow leaving the chamber (kg/sec) (b) the velocity of the gas at 2. (m/sec)
A runner wants to run 10.0 km. She knows that her running pace is 7.5 miles per hour. How many minutes must she run?
P1=10KN P2=10KN P3=10KN
The amount of radiation received per unit time by a person working near a radioactive source, commonly called the dose rate, is measured in rem hr-1. The safety regulations forbid dose rates in excess of 7.5 × 10-4 rem hr-1. The γ dose rate from the 4219K source is found to be 3 × 10-3 rem hr-1 at a distance of 1 m. What is the minimum distance from this source at which itis safe to work? After how long will it be safe to work at a distance of 1 m from the source?
The following are units of heat except:Select one: a.Cal b.BTU c.0C d.J
If a 5.5 kg weights are added to bourdon gauge the reading on the of the gauge should be (assuming no error ) Select one: a. none b. 0.171224 N/mm2 c. 171.22KN/m2 d. 0.01746 KG/mm2
Two tubes are mounted to the roof of a car. One tube points to the frontof the car and the other points to the rear. the tubes are connected to amanometer filled with fluid of sg 0.60. When the height difference is 2inches. What is the car speed in mph? CHOICES: a. 43.8 b. 62 c. 50 d. 46
please answer it in 1hr. PLEASE SHOW SOLUTION STEP BY STEP WITH UNITS. SUBJECT: THERMODYNAMICS, TOPIC: PROCESSES OF GASES