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3 years ago

All the fnaf UNC charecters

Engineering

2 answers:

astra-53 [7]3 years ago

8 0

Answer:

T.Freddy.

T.Bonnie.

T.Chica.

G.Freddy.

N. Freddy.

F.Foxy.

Mr.Hippo.

R.Freddy.

Explanation:

Illusion [34]3 years ago

5 0

Answer:

Explanation:

FNaF 1

Freddy Fazbear
Bonnie
Chica
Foxy (Voiced by Christopher McCullough)
Phone Guy (Voiced by Scott Cawthon)

FNaF 2

Toy Freddy (Voiced by Darren Roebuck)
Toy Bonnie
Toy Chica (Voiced by Amber Lee Connors)
Mangle (Voiced by Jena Rundus)
Balloon Boy (BB)
Jay-Jay (JJ)
The Puppet (Voiced by Jena Rundus)
Shadow Bonnie
Withered Bonnie (Voiced by Hans Yunda)
Golden Freddy
Withered Chica (Voiced by Darbi Logan)

FNaF 3

Springtrap
Phantom Freddy
Phantom Balloon Boy (Phantom BB)
Phantom Mangle

FNaF 4

Nightmare Freddy (Voiced by Tim Simmons)
Nightmare Bonnie
Nightmare Chica
Plushtrap
Nightmare Fredbear (Voiced by Zach Hoffman)
Nightmare (Voiced by Eric D. Ward)
Jack O' Chica (Voiced by Keyondra Shanae)
Nightmare Mangle
Nightmarionne (Voiced by Aleks Le)
Nightmare Balloon Boy (Voiced by Matthew Curtis)
Fredbear

FNaF: Sister Location

Circus Baby (Voiced by Heather Masters)
Ballora (Voiced by Michella Moss)
Minireenas
Funtime Foxy (Voiced by Joe Gaudet)
Ennard
Bonnet
Lolbit

Freddy Fazbear's Pizzeria Simulator

Helpy
Trash and the Gang (Voiced by Gwenith Knight)
Nedd Bear (Voiced by August Sargenti)
Happy Frog (Voiced by Madison Brunoehler)
Mr. Hippo (Voiced by Joe Gaudet)
Pigpatch (Voiced by Christopher McCullough)
Orville Elephant (Voiced by Peter Baker)
Rockstar Freddy (Voiced by Kai Skrotzki)
Rockstar Bonnie (Voiced by George Osborne)
Rockstar Chica (Voiced by Ally Johnson)
Rockstar Foxy (Voiced by Joe Gaudet)
Music Man (Voiced by Matthew Curtis)
El Chip
Funtime Chica (Voiced by Becky Shrimpton)
Molten Freddy (Voiced by Kellen Goff)
Scrap Baby (Voiced by Heather Masters)
Lefty (Voiced by Lena Gwendolyn Hill)
William Afton (Voiced by PJ Heywood)

FNaF World

Old Man Consequences
Dee Dee/XOR (Voiced by Stephanie Belinda Quinn)

Cameos

Golden Freddy
Withered Foxy
Paperpals (FNaF 2)
Phantom Chica
White Rabbit
Tangle
Bouncepot
Funtime Freddy
Bon-Bon
Bidybab
Mr. Hugs
Bidybab
Security Puppet
Egg Baby (Data Archive)
Paperpals (FFPS/FNaF 6)
Springbonnie
Twisted Wolf
Fourth Closet Funtime Fredd

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Explanation:

See attachment for the detailed step by step solution of the given problem.

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3 years ago

A wire of diameter d is stretched along the centerline of a pipe of diameter D. For a given pressure drop per unit length of pip

JulsSmile [24]

Answer:

Part A: (d/D=0.1)

DeltaV percent=42.6%

Part B:(d/D=0.01)

DeltaV percent=21.7%

Explanation:

We are going to use the following volume flow rate equation:

$DeltaV=\frac{\pi * DeltaP}{8*u*l}(R^{4}-r^{4} -\frac{(R^{2}-r^{2})}{ln\frac{R}{r}}^{2})$

Above equation can be written as:

$DeltaV=\frac{\pi*R^{4}*DeltaP}{8*u*l}(1-(\frac{r}{R} )^{4}+\frac{(1-(\frac{r}{R} )^{2})}{ln\frac{r}{R}}^{2})$

$DeltaV=\frac{\pi*R^{4}*DeltaP}{8*u*l}(1-(\frac{d}{D} )^{4}+\frac{(1-(\frac{d}{D})^{2})}{ln\frac{d}{D}}^{2})$

First Consider no wire i.e d/D=0

Above expression will become:

$DeltaV=\frac{\pi*R^{4}*DeltaP}{8*u*l}(1-(0)^{4}+\frac{(1-(0)^{2})}{ln0}^{2})$

$DeltaV=\frac{\pi*R^{4}*DeltaP}{8*u*l}$

Part A: (d/D=0.1)

$DeltaV=\frac{\pi*R^{4}*DeltaP}{8*u*l}(1-(0.1)^{4}+\frac{(1-(0.1)^{2})}{ln0.1}^{2})$

$DeltaV=\frac{\pi*R^{4}*DeltaP}{8*u*l}*0.574$

$DeltaV percent=\frac{(\frac{\pi*R^{4}*DeltaP}{8*u*l})-\frac{\pi *R^{4}*DeltaP}{8*u*l}*0.574}{\frac{\pi*R^{4}*DeltaP}{8*u*l} }*100$

$DeltaV percent=\frac{1-0.574}{1}*100$

DeltaV percent=42.6%

Part B:(d/D=0.01)

$DeltaV=\frac{\pi*R^{4}*DeltaP}{8*u*l}(1-(0.01)^{4}+\frac{(1-(0.01 )^{2})}{ln0.01}^{2})$

$DeltaV=\frac{\pi*R^{4}*DeltaP}{8*u*l}*0.783$

$DeltaV percent=\frac{(\frac{\pi *R^{4}*DeltaP}{8*u*l})-\frac{\pi *R^{4}*DeltaP}{8*u*l}*0.783}{\frac{\pi *R^{4}*DeltaP}{8*u*l} }*100$

$DeltaV percent=\frac{1-0.783}{1}*100$

DeltaV percent=21.7%

5 0

3 years ago

A closed, rigid tank is filled with a gas modeled as an ideal gas, initially at 27°C and a gage pressure of 300 kPa. If the gas

ch4aika [34]

Answer:

gauge pressure is 133 kPa

Explanation:

given data

initial temperature T1 = 27°C = 300 K

gauge pressure = 300 kPa = 300 × 10³ Pa

atmospheric pressure = 1 atm

final temperature T2 = 77°C = 350 K

to find out

final pressure

solution

we know that gauge pressure is = absolute pressure - atmospheric pressure so

P (gauge ) = 300 × 10³ Pa - 1 × $10^{5}$ Pa

P (gauge ) = 2 × $10^{5}$ Pa

so from idea gas equation

$\frac{P1*V1}{T1} = \frac{P2*V2}{T2}$ ................1

so ${P2} = \frac{P1*T2}{T1}$

${P2} = \frac{2*10^5*350}{300}$

P2 = 2.33 × $10^{5}$ Pa

so gauge pressure = absolute pressure - atmospheric pressure

gauge pressure = 2.33 × $10^{5}$ - 1.0 × $10^{5}$

gauge pressure = 1.33 × $10^{5}$ Pa

so gauge pressure is 133 kPa

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3 years ago

Air enters a control volume operating at steady state at 1.2 bar, 300K, and leaves at 12 bar, 440K, witha volumetric flow rate o

topjm [15]

Answer:

Heat transfer = 2.617 Kw

Explanation:

Given:

T1 = 300 k

T2 = 440 k

h1 = 300.19 KJ/kg

h2 = 441.61 KJ/kg

Density = 1.225 kg/m²

Find:

Mass flow rate = 1.225 x [1.3/60]

Mass flow rate = 0.02654 kg/s

mh1 + mw = mh2 + Q

0.02654(300.19 + 240) = 0.02654(441.61) + Q

Q = 2.617 Kw

Heat transfer = 2.617 Kw

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3 years ago

Technician A says that carbon monoxide (CO) and hydrocarbon (HC) levels should increase if the air injection reactor (AIR) hoses

lara31 [8.8K]

Answer:Technician A

Explanation:

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4 years ago

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