Homework Answers
let's look at angle k elow is the same as one we've used eesgetore but here...
let's look at angle k elow is the same as one we've used eesgetore but here IMPORTANT: 180-90-53-37 HER E 3 cm IS THE OPPOSITE SIDE b 4 cm IS THE ADJACENT SIDE (4) sin - (5) cos . (6) tan 53 3 cm illustration for (b) 0 tho sides are given, and we need to tind the thira side and angle. cos e 0.333 cos C0.333 = 70.5 sinoc = 2/6 4 sinoC = 0.333 sin(0.333) - 19.5 d...
In the experiment set up below, side 1 contains 10mM KCl and 1mM NaCl, and side...
In the experiment set up below, side 1 contains 10mM KCl and
1mM NaCl, and side 2 contains 1mM KCl and 10mM NaCl. The membrane
is permeable to both K+ and Na+. Please state the direction of ion
flow for each ion separately under each condition at room
temperature.
a) -78mV is applied to side 1
b) 58 mV is applied to side 1
c) zero (0) mV is applied
c. In the experiment set up below, side 1 contains...
a. What is the equilibrium potential of K+? Assume 10mM, 100mM intracellular. Show calculations b. What...
a. What is the equilibrium potential of K+? Assume 10mM, 100mM intracellular. Show calculations b. What is the equilibrium potential of Na+? use 100 mM intracellular. Show calculations c. If Nat+ permeability increased so that it is much greater than K+ permeability what would the effect be on the resting membrane potential? Assume for this cell that the resting potential membrane potential is -60mV. Use precise and prober ply labeled graph to show direct
An NMOS transistor with parameters VTh=1 V, k’=100 uA/V2 , W = 10 um, and L=1...
An NMOS transistor with parameters VTh=1 V, k’=100 uA/V2 , W = 10 um, and L=1 um has a VGS=2 V. Find the drain current when: a. VDS=0.5 V b. VDS=2 V c. VDS=3 V Answers: a) 374 uA b) 0.5 mA c) 0.5 mA please show your work :)
Chapter 11, Problem 023 rce 7-(954N)cts enn 7(1.06m)j ForceF(9.54 N)i-6.91 Nk acts on a pebble with...
Chapter 11, Problem 023 rce 7-(954N)cts enn 7(1.06m)j ForceF(9.54 N)i-6.91 Nk acts on a pebble with position vector(1.06 m)j- 5.46m k, relative to the origin. What is the resulting torque acting on the pebble about (a) the origin and (b) a point with coordinates (7.93 m, 0, -9.12 m)? k Units (a) Number K Units (b) Number
6 RLC circuits: Transcient analysis Con elow. The capacitor is initially hold a charge of 0.25...
6 RLC circuits: Transcient analysis Con elow. The capacitor is initially hold a charge of 0.25 nano-Coul. (a) Find the initial voltage across the capacitor. (b) Find the time-constant of the circuit. (c) Find the voltage across the capacitor vc(t) for t > 0. Sketch vc(t). 20 k 2 AB X w 0.02 uF vol vrlo) ZrO 30v () 10 keş I=0X 2009 3 Ux() uc10uF Figure 3: (a) Problem 6, (b) Problem 7 7 RLC circuits: Transcient analysis Consider...
The upper and lower sides of the rectangular aluminum block L-10mm, D 3mm) are insulated as shown below. The left and r...
The upper and lower sides of the rectangular aluminum block L-10mm, D 3mm) are insulated as shown below. The left and right sides have temperature boundary conditions and convective boundary conditions, respectively Surface temperature T 100 C, Outside temperature T-20 C Heat transfer coefficent h 120W/(m2 k) Alumium thermal conductivity K-220 W/(m k), density p-2707kg/m Specific heat C896J/(kg K) Assuming the aluminum block is a two-dimensional shape, calculate the temperature on the plane(x-y) as follows. 1) Calculate the temperature of...
You will need to use program like Matlab. The upper and lower sides of the rectangular aluminum block(L-10mm, D-3mm)...
You will need to use program like Matlab.
The upper and lower sides of the rectangular aluminum block(L-10mm, D-3mm) are insulated as shown below. The left and right sides have temperature boundary conditions and convective boundary conditions, respectively. Surface temperature T 100 C, Outside te Heat transfer coefficent h 120W/(m2k) mperatureT -20 C Alumium thermal conductivity K-220 W ( Specific heat C-896J/ (kg K) k), density p 2707kg/m3, Assuming the aluminum block is a two-dimensional shape, calculate the temperature on...
If the solubility product for CuBr is K was the Solubility in grams per liter of...
If the solubility product for CuBr is K was the Solubility in grams per liter of this compound? 2.4 x 10MM CuBr) 144g/mole 9 1.6 × 10 4 g/mol 2.2 × 10-2 g/mol o2.4 x 10 g/mol Show your detailed working here; see the opposite side for the formulas
Length of Aluminum cylinder 100mm load applied : 100N diameter : 10mm max force : 15.01KN modulus...
length of Aluminum cylinder 100mm
load applied : 100N
diameter : 10mm
max force : 15.01KN
modulus ( Automatic young’s) : 8254.64MPa
The compression tests to be performed are focused on exhibiting the following types of instabilities in compression: Toble 1: L/D Ratio and Type of instability LD Ratio Type of Instability Buckling Shearing Double Barreling Barreling 5 or larger 25 LD5 2 < LD <2.5 Less than 2 with friction Less than 2 without friction Note that the friction...
let's look at angle k elow is the same as one we've used eesgetore but here IMPORTANT: 180-90-53-37 HER E 3 cm IS THE OPPOSITE SIDE b 4 cm IS THE ADJACENT SIDE (4) sin - (5) cos . (6) tan 53 3 cm illustration for (b) 0 tho sides are given, and we need to tind the thira side and angle. cos e 0.333 cos C0.333 = 70.5 sinoc = 2/6 4 sinoC = 0.333 sin(0.333) - 19.5 d...
In the experiment set up below, side 1 contains 10mM KCl and
1mM NaCl, and side 2 contains 1mM KCl and 10mM NaCl. The membrane
is permeable to both K+ and Na+. Please state the direction of ion
flow for each ion separately under each condition at room
temperature.
a) -78mV is applied to side 1
b) 58 mV is applied to side 1
c) zero (0) mV is applied
c. In the experiment set up below, side 1 contains...
Chapter 11, Problem 023 rce 7-(954N)cts enn 7(1.06m)j ForceF(9.54 N)i-6.91 Nk acts on a pebble with position vector(1.06 m)j- 5.46m k, relative to the origin. What is the resulting torque acting on the pebble about (a) the origin and (b) a point with coordinates (7.93 m, 0, -9.12 m)? k Units (a) Number K Units (b) Number
6 RLC circuits: Transcient analysis Con elow. The capacitor is initially hold a charge of 0.25 nano-Coul. (a) Find the initial voltage across the capacitor. (b) Find the time-constant of the circuit. (c) Find the voltage across the capacitor vc(t) for t > 0. Sketch vc(t). 20 k 2 AB X w 0.02 uF vol vrlo) ZrO 30v () 10 keş I=0X 2009 3 Ux() uc10uF Figure 3: (a) Problem 6, (b) Problem 7 7 RLC circuits: Transcient analysis Consider...
The upper and lower sides of the rectangular aluminum block L-10mm, D 3mm) are insulated as shown below. The left and right sides have temperature boundary conditions and convective boundary conditions, respectively Surface temperature T 100 C, Outside temperature T-20 C Heat transfer coefficent h 120W/(m2 k) Alumium thermal conductivity K-220 W/(m k), density p-2707kg/m Specific heat C896J/(kg K) Assuming the aluminum block is a two-dimensional shape, calculate the temperature on the plane(x-y) as follows. 1) Calculate the temperature of...
You will need to use program like Matlab.
The upper and lower sides of the rectangular aluminum block(L-10mm, D-3mm) are insulated as shown below. The left and right sides have temperature boundary conditions and convective boundary conditions, respectively. Surface temperature T 100 C, Outside te Heat transfer coefficent h 120W/(m2k) mperatureT -20 C Alumium thermal conductivity K-220 W ( Specific heat C-896J/ (kg K) k), density p 2707kg/m3, Assuming the aluminum block is a two-dimensional shape, calculate the temperature on...
If the solubility product for CuBr is K was the Solubility in grams per liter of this compound? 2.4 x 10MM CuBr) 144g/mole 9 1.6 × 10 4 g/mol 2.2 × 10-2 g/mol o2.4 x 10 g/mol Show your detailed working here; see the opposite side for the formulas
length of Aluminum cylinder 100mm
load applied : 100N
diameter : 10mm
max force : 15.01KN
modulus ( Automatic young’s) : 8254.64MPa
The compression tests to be performed are focused on exhibiting the following types of instabilities in compression: Toble 1: L/D Ratio and Type of instability LD Ratio Type of Instability Buckling Shearing Double Barreling Barreling 5 or larger 25 LD5 2 < LD <2.5 Less than 2 with friction Less than 2 without friction Note that the friction...
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