I have the answer just not the steps, please provide
steps. Answer is: i=8.53A , deltaV= 93.8 V
. Thanks in advance! I will rate:)
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I have the answer just not the steps, please provide
steps. Answer is: i=8.53A , deltaV=...
Hello I'm needing help on how to solve this, I have the answers which is: deltaV...
Hello I'm needing help on how to solve this, I have
the answers which is: deltaV =-150V and delta u= -3n J(loss) but
not the steps of how to get to it. Thanks in advance!
A uniform electric field is given by E = 750h 1/m. A charge q 201C moves from (o, o) to (20, 60) em. Through what potential difference did the charge move? What is the change in its potential energy (specify gain or loss)?
i just need help with the columns to the right that are blank. i just need...
i just need help with the columns to the right that
are blank. i just need to know the process of how to do them.
thanks
5 125 resistance [0] resistance [0] using Voltage using Voltage and current and power resistance [0] using current and power Voltage [V] 3 Vol 11 4 Battery internal resistance [0] 5 Power of one 50 light [W] 6 7 Voll 8 Run 1 9 Resistor 1 [Q] 10 10 11 20 12 30 13...
Hi. please take your time to answer all parts of this question in great detail, please...
Hi.
please take your time to answer all parts of this question in great
detail, please do not assume i know any shorthand on this question
because i do not. Please number all parts as you answer each
question and be as neat as possible and show all formulas and
calculations used as clear as possible, and please label the
diagram too.
Thanks in advance.
a) Draw the equivalent circuit of a shunt-wound DC motor, and write down its governing...
I just want the answer for part D. So, I will give the answers to the rest of the questions to as...
I just want the answer for part D. So, I will give the answers
to the rest of the questions to assist in answering part d of the
question.
A) i) 244.2 A (ii) 0.408 lagging (iii) 183.8 Nm B) (i) 0.033
(ii) 42.8A (iii) 5.7 (iv)0.941 lagging (v) 162.8 Nm (vi) 87% C) (i)
Rth = 0.24 Xth = 0.49 X2 = 0.5 (ii) 0.196 (iii) 431.2 Nm
Hopefully, these answers will help
A 3-phase, Y-connected, 460V, 60Hz, 4-pole...
answer is not deltaV/R, V^2/R, or I^2*R Power Delivered to a Resistor 2 of 9 >...
answer is not deltaV/R, V^2/R, or I^2*R
Power Delivered to a Resistor 2 of 9 > Review In this problem you will derive two different formulas for the power delivered to a resistor. Part A What is the power P supplied to a resistor whose resistance is R when it is known that it has a voltage AV across it? Express the power P in terms of Rand AV. ► View Available Hint(s) VO ΑΣΦ AV
Do only the first four and please explain and show formulas. just need a little help...
Do only the first four and please explain and show formulas.
just need a little help figuring it out. E=10
Lab 4 Title - Maximum Power Transfer Objective: The objective of this Lab is to determine the value of the load resistance for which it absorbs maximum amount of power for a given value of line resistance. Procedure: In the circuit below, cable resistance r = 250 and device resistance R is connected with a battery with E volts. Battery...
please make sure that the answer is correct %100 Question 3: For the circuit shown, R;...
please make sure that the answer is correct %100
Question 3: For the circuit shown, R; = 101, R2 = 800, R3 = 1000, V; = 100V, and V, = 15V: V2 B А С RI Iri VI IR2 R2 w 11 Iz Analyze the circuit in Figure 1 using Mesh Analysis. Find the nominal (expected from calculation) values for the DC Voltage and DC Current of R1, R2 and R3. Show your steps of calculations clearly and write down...
Please show all calculations and steps. Thank you ! stance of the inductor and calcu- I...
Please show all calculations and steps. Thank you
! stance of the inductor and calcu- I In ull current; (b) the active , (C) the power factor. A non-inductive load takes a current of 15 A at 123 ductor is then connected in series in order that the same current shall be supplied from 240 V, 5 mains. Ignore the resistance of the inductor and late: (a) the inductance of the inductor te inductance of the inductor; (b) the imped-...
I need to know how to answer the first one, thanks in advance! 1. Consider the...
I need to know how to answer the first one, thanks in
advance!
1. Consider the circuit shown in Fig. 1. p(t) = - 2 + 2t watts <t<sec., (a) Determine the equations for the voltage v(t), and the current i(t). (6) Sketch y(t), and p(t). (c) Determine the total energy absorbed by the circuit eleme 2. Determine the value of the current IA and the voltage V, in the circuit shown in Fig. 2. Vo= 12V. 3. Consider the...
Show all steps please (I have the answers I need the steps Question 1: 20% Given...
Show all steps please (I have the answers I need the
steps
Question 1: 20% Given that a silicon PN junction diode (D1) has forward current of 1.5 mA at forward voltage of 0.7V, thermal voltage V-26mV at room temperature. Assuming diode forward and reverse characteristic is given by: Forward equation: izle , Reverse cquation: i=-1 (a) Find reverse saturation current Is parameter. (3%) i= Isere =1.5m = Is e 2026 Is = 3.04x107S A (f) A 0.? (a) Find...
Hello I'm needing help on how to solve this, I have
the answers which is: deltaV =-150V and delta u= -3n J(loss) but
not the steps of how to get to it. Thanks in advance!
A uniform electric field is given by E = 750h 1/m. A charge q 201C moves from (o, o) to (20, 60) em. Through what potential difference did the charge move? What is the change in its potential energy (specify gain or loss)?
i just need help with the columns to the right that
are blank. i just need to know the process of how to do them.
thanks
5 125 resistance [0] resistance [0] using Voltage using Voltage and current and power resistance [0] using current and power Voltage [V] 3 Vol 11 4 Battery internal resistance [0] 5 Power of one 50 light [W] 6 7 Voll 8 Run 1 9 Resistor 1 [Q] 10 10 11 20 12 30 13...
Hi.
please take your time to answer all parts of this question in great
detail, please do not assume i know any shorthand on this question
because i do not. Please number all parts as you answer each
question and be as neat as possible and show all formulas and
calculations used as clear as possible, and please label the
diagram too.
Thanks in advance.
a) Draw the equivalent circuit of a shunt-wound DC motor, and write down its governing...
I just want the answer for part D. So, I will give the answers
to the rest of the questions to assist in answering part d of the
question.
A) i) 244.2 A (ii) 0.408 lagging (iii) 183.8 Nm B) (i) 0.033
(ii) 42.8A (iii) 5.7 (iv)0.941 lagging (v) 162.8 Nm (vi) 87% C) (i)
Rth = 0.24 Xth = 0.49 X2 = 0.5 (ii) 0.196 (iii) 431.2 Nm
Hopefully, these answers will help
A 3-phase, Y-connected, 460V, 60Hz, 4-pole...
answer is not deltaV/R, V^2/R, or I^2*R
Power Delivered to a Resistor 2 of 9 > Review In this problem you will derive two different formulas for the power delivered to a resistor. Part A What is the power P supplied to a resistor whose resistance is R when it is known that it has a voltage AV across it? Express the power P in terms of Rand AV. ► View Available Hint(s) VO ΑΣΦ AV
Do only the first four and please explain and show formulas.
just need a little help figuring it out. E=10
Lab 4 Title - Maximum Power Transfer Objective: The objective of this Lab is to determine the value of the load resistance for which it absorbs maximum amount of power for a given value of line resistance. Procedure: In the circuit below, cable resistance r = 250 and device resistance R is connected with a battery with E volts. Battery...
please make sure that the answer is correct %100
Question 3: For the circuit shown, R; = 101, R2 = 800, R3 = 1000, V; = 100V, and V, = 15V: V2 B А С RI Iri VI IR2 R2 w 11 Iz Analyze the circuit in Figure 1 using Mesh Analysis. Find the nominal (expected from calculation) values for the DC Voltage and DC Current of R1, R2 and R3. Show your steps of calculations clearly and write down...
Please show all calculations and steps. Thank you
! stance of the inductor and calcu- I In ull current; (b) the active , (C) the power factor. A non-inductive load takes a current of 15 A at 123 ductor is then connected in series in order that the same current shall be supplied from 240 V, 5 mains. Ignore the resistance of the inductor and late: (a) the inductance of the inductor te inductance of the inductor; (b) the imped-...
I need to know how to answer the first one, thanks in
advance!
1. Consider the circuit shown in Fig. 1. p(t) = - 2 + 2t watts <t<sec., (a) Determine the equations for the voltage v(t), and the current i(t). (6) Sketch y(t), and p(t). (c) Determine the total energy absorbed by the circuit eleme 2. Determine the value of the current IA and the voltage V, in the circuit shown in Fig. 2. Vo= 12V. 3. Consider the...
Show all steps please (I have the answers I need the
steps
Question 1: 20% Given that a silicon PN junction diode (D1) has forward current of 1.5 mA at forward voltage of 0.7V, thermal voltage V-26mV at room temperature. Assuming diode forward and reverse characteristic is given by: Forward equation: izle , Reverse cquation: i=-1 (a) Find reverse saturation current Is parameter. (3%) i= Isere =1.5m = Is e 2026 Is = 3.04x107S A (f) A 0.? (a) Find...
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