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lys-0071 [83]
2 years ago
5

All the fnaf UNC charecters

Engineering
2 answers:
astra-53 [7]2 years ago
8 0

Answer:

T.Freddy.

T.Bonnie.

T.Chica.

G.Freddy.

N. Freddy.

F.Foxy.

Mr.Hippo.

R.Freddy.

Explanation:

Illusion [34]2 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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An eddy current separator is to separate aluminum product from an input streamshredded MSW. The feed rate to the separator is 2,
blsea [12.9K]

Answer:

<em>the % recovery of aluminum product is 80.5%</em>

<em>the % purity of the aluminum product is 54.7%</em>

<em></em>

Explanation:

feed rate to separator = 2500 kg/hr

in one hour, there will be 2500 kg/hr x 1 hr = 2500 kg of material is fed into the  machine

of this 2500 kg, the feed is known to contain 174 kg of aluminium and 2326 kg of rejects.

After the separation, 256 kg  is collected in the product stream.

of this 256 kg, 140 kg is aluminium.

% recovery of aluminium will be = mass of aluminium in material collected in the product stream ÷ mass of aluminium contained in the feed material

% recovery of aluminium = 140kg/174kg x 100% = <em>80.5%</em>

% purity of the aluminium product = mass of aluminium in final product ÷ total mass of product collected in product stream

% purity of the aluminium product = 140kg/256kg

x 100% = <em>54.7%</em>

8 0
3 years ago
The lattice constant of a simple cubic primitive cell is 5.28 Å. Determine the distancebetween the nearest parallel ( a ) (100),
skelet666 [1.2K]

Answer:

a)5.28 Å , b)3.73 Å , c)3.048 Å

Explanation:

the atoms are situated only at the corners of cube.Each and every atom in simple cubic primitive at the corner is shared with 8 adjacent unit cells.

Therefore, a particular unit cell consist only 1/8th part of an atom.

The lattice constant of a simple cubic primitive cell is 5.28 Å

We know formula of distance,

d = \frac{a}{\sqrt{h^{2}+k^{2}+l^{2}}}

a)(100)

a=5.28 Å

Distance = \frac{5.28 Å}{\sqrt{1^{2}+0^{2}+0^{2}}}=5.28 Å

b)(110)

Distance = \frac{5.28}{\sqrt{1^{2}+1^{2}+0^{2}}} = 3.73 Å

c)(111)

Distance= \frac{5.28}{\sqrt{1^{2}+1^{2}+1^{2}}}= 3.048 Å

6 0
3 years ago
True/False
sweet [91]

Answer:

false jdbebheuwowjwjsisidhhdd

7 0
3 years ago
A binary geothermal power plant uses geothermal water at 160°C as the heat source. The cycle operates on the simple Rankine cycl
bogdanovich [222]

A binary geothermal power operates on the simple Rankine cycle with isobutane as the working fluid. The isentropic efficiency of the turbine, the net power output, and the thermal efficiency of the cycle are to be determined

Assumptions :

1.  Steady operating conditions exist.

2.  Kinetic and potential energy changes are negligible.

Properties:  The specific heat of geothermal water ( c_{geo}[) is taken to be 4.18 kJ/kg.ºC.  

Analysis (a) We need properties of isobutane, we can obtain the properties from EES.

a. Turbine

PP_{3} = 3.25mPa = (3.25*1000) kPa\\= 3250kPa\\from the EES TABLE\\h_{3} = 761.54 kJ/kg\\s_{3} = 2.5457 kJ/kg\\P_{4} = 410kPa\\\\s_{4} = s_{3} \\h_{4s} = 470.40kJ/kg\\\\T_{4} = 179.5^{0} C\\\\h_{4} = 689.74 kJ/KG\\\\ The  isentropic  efficiency, n_{T} = \frac{h_{3}-h_{4}  }{h_{3}- h_{4s} }

==\frac{761.54-689.74}{761.54-670.40} \\=\frac{71.8}{91.14} \\=0.788

b. Pump

h_{1} = h_{f} @ 410kPa = 273.01kJ/kg\\v_{1} = v_{f} @ 410kPa = 0.001842 m^{3}/kgw_{p,in} =  \frac{v_{1}(P_{2}-P_{1})   }{n_{p} } \\\\= \frac{0.01842(3250-410)}{0.9} \\\\ =5.81kJ/kg\\h_{2} =h_{1} + w_{p,in}\\          = 273.01+5.81\\           = 278.82 kJ/kg\\\\w_{T,out} = m^{.}  (h_{3} -h_{4} )\\=(305.6)(761.54-689.74)\\=305.6(71.8)\\=21,942kW\\\\

W^{.} _ {P,in} = m^{.} (h_{2} -h_{1}) \\=m^{.}  w_{p,in \\=305.6(5.81)\\\\=1,777kW\\W^{.}  _{net} = W^{.} _{T, out} - W^{.}  _{P,in} \\= 21,942-1,777\\=20,166 kW\\\\HEAT EXCHANGER\\\\Q_{in} = m^{.} _{geo} c_{geo} (T_{in-T_{out} } )\\=555.9(4.18)(160-90)\\=162.656kW\\

c. The thermal efficiency of the cycle  n_{th}  =\frac{W^{.} _{net} }{Q^{._{in} } } \\\\= \frac{20,166}{162,656} \\=0.124\\=12.4%

7 0
3 years ago
Read 2 more answers
If the head loss in a 30 m of length of a 75-mm-diameter pipe is 7.6 m for a given flow rate of water, what is the total drag fo
Stolb23 [73]

Answer:

526.5 KN

Explanation:

The total head loss in a pipe is a sum of pressure head, kinetic energy head and potential energy head.

But the pipe is assumed to be horizontal and the velocity through the pipe is constant, Hence the head loss is just pressure head.

h = (P₁/ρg) - (P₂/ρg) = (P₁ - P₂)/ρg

where ρ = density of the fluid and g = acceleration due to gravity

h = ΔP/ρg

ΔP = ρgh = 1000 × 9.8 × 7.6 = 74480 Pa

Drag force over the length of the pipe = Dynamic pressure drop over the length of the pipe × Area of the pipe that the fluid is in contact with

Dynamic pressure drop over the length of the pipe = ΔP = 74480 Pa

Area of the pipe that the fluid is in contact with = 2πrL = 2π × (0.075/2) × 30 = 7.069 m²

Drag Force = 74480 × 7.069 = 526468.1 N = 526.5 KN

3 0
3 years ago
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