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3 years ago

Using the state mileage guide table located on the top of each map page you can

Engineering

1 answer:

Ivenika [448]3 years ago

5 0

C. Route and roadways defined as class I highways

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Find the True statement

dmitriy555 [2]

Answer:

Option A is correct ( Stress relaxation is time- and temperature-dependent).

Explanation:

6 0

2 years ago

Read 2 more answers

What are the indicators of ineffective systems engineering?

liberstina [14]

Answer:

Indicators for ineffective system engineering are as follows

1.Requirement trends

2.System definition change backlog trends

3.interface trends

4.Requirement validation trends

5.Requirement verification trends

6.Work product approval trends

7.Review action closure trends

8.Risk exposure trends

9.Risk handling trends

10.Technology maturity trends

11.Technical measurement trends

12.System engineering skills trends

13.Process compliance trends

7 0

2 years ago

Assign deliveryCost with the cost (in dollars) to deliver a piece of baggage weighing baggageWeight. The baggage delivery servic

Sholpan [36]

Answer: y = x * 1dollars - 30dollars

Explanation:

Giving that the delivery cost in dollar is potent for all x > = 50 pounds of wght

Y = (x - 50)*1 dollar + c ...equ 1

Y = delivery cost equation in dollars

x = weigt of baggage for delivery

c = 20dollars = down payment for the first 50 pound weight of baggage

Equ 1 becomes

Y = (x)dollars - 50 dollars + 20 dollars

Y = (x) dollars -30 dollars

4 0

3 years ago

The 240-ft structure is used to provide various support services to launch vehicles prior to liftoff. In a test, a 12-ton weight

alina1380 [7]

Answer:

hello your question lacks the required question attached below is the missing diagram

Forces in GJ = -4.4444 i.e. 4.4444 tons

Forces in IG = 15.382 tons ( T )

Explanation:

Forces in GJ = -4.4444 i.e. 4.4444 tons

Forces in IG = 15.382 tons ( T )

attached below is the detailed solution

3 0

2 years ago

Three communications channels in parallel have independent failure modes of 0.1 failure per hour. These components must share a

ozzi

Answer:

the MTTF of the transceiver is 50.17

Explanation:

Given the data in the question;

failure modes = 0.1 failure per hour

system reliability = 0.85

mission time = 5 hours

Now, we know that the reliability equation for this situation is;

R(t) = [ 1 - ( 1 - $e^{-0.1t$ )³] $e^{-t/MTTF$

so we substitute

R(5) = [ 1 - ( 1 - $e^{-0.1(5)$ )³] $e^{-5/MTTF$ = 0.85

[ 1 - ( 1 - $e^{-0.5$ )³] $e^{-5/MTTF$ = 0.85

[ 1 - ( 0.393469 )³] $e^{-5/MTTF$ = 0.85

[ 1 - 0.06091 ] $e^{-5/MTTF$ = 0.85

0.9391 $e^{-5/MTTF$ = 0.85

$e^{-5/MTTF$ = 0.85 / 0.9391

$e^{-5/MTTF$ = 0.90512

MTTF = 5 / -ln( 0.90512 )

MTTF = 50.17

Therefore, the MTTF of the transceiver is 50.17

7 0

2 years ago