I need all the answers to this so I can study it. I find it easier knowing the answer and being able to see how it was done rather than brainstorming through a million different ways til I get it right.
Category: Electrical Engineering
I left attached a conversation from the group if you think it will help.. (you d
I left attached a conversation from the group if you think it will help.. (you don’t need to read everything). I left what is already done in the report, I would just like to try to improve it. TABLE OF CONTENTS
INTRODUCTION
GENERAL AND SPECIFIC OBJECTIVES
MATERIALS USED (this part is not needed)
METHODOLOGY
DISCUSSION AND RESULTS (this part is not needed)
CONCLUSION
REFERENCES
Perhaps the part about general and specific objectives… and for the methodology, I thought about explaining in general how a submarine works, the flotation system that uses density, explaining the challenges of communication with the submarine underwater, since water absorbs radio waves. We didn’t define the project’s justification very well, so we could try to elaborate on that. Maybe discuss the importance of submarines in nuclear warfare.
I need all the answers to this so I can study it. I find it easier knowing the a
I need all the answers to this so I can study it. I find it easier knowing the answer and being able to see how it was done rather than brainstorming through a million different ways til I get it right.
I left attached a conversation from the group if you think it will help.. (you d
I left attached a conversation from the group if you think it will help.. (you don’t need to read everything). I left what is already done in the report, I would just like to try to improve it. TABLE OF CONTENTS
INTRODUCTION
GENERAL AND SPECIFIC OBJECTIVES
MATERIALS USED (this part is not needed)
METHODOLOGY
DISCUSSION AND RESULTS (this part is not needed)
CONCLUSION
REFERENCES
Perhaps the part about general and specific objectives… and for the methodology, I thought about explaining in general how a submarine works, the flotation system that uses density, explaining the challenges of communication with the submarine underwater, since water absorbs radio waves. We didn’t define the project’s justification very well, so we could try to elaborate on that. Maybe discuss the importance of submarines in nuclear warfare.
I want a presentation ( Silicon Ic Fabrication) 20 minutes long. Also, please at
I want a presentation ( Silicon Ic Fabrication) 20 minutes long. Also, please attach a word file contain a description what I explain for every slide. the presentation should be with references
Just fix the errors #define POT A0 #define TRIG 23 #define ECHO 24 #define USer
Just fix the errors
#define POT A0
#define TRIG 23
#define ECHO 24
#define UServo 22
#define LM_EN 2
#define LM_IN1 3
#define LM_IN2 4
#define RM_IN1 5
#define RM_IN2 6
#define RM_EN 7
#define IR_R2 30
#define IR_R1 31
#define IR_M 32
#define IR_L1 33
#define IR_L2 34
#define SW1 52
#define SW2 53
#include
Servo US_servo;
#include
#include
LiquidCrystal_I2C lcd (0x27,16,2);
byte OUTPINS[] = {LM_EN, LM_IN1, LM_IN2, RM_EN, RM_IN1, RM_IN2, TRIG};
byte INPINS[] = {IR_L2, IR_L1,IR_M, IR_R1, IR_R2,ECHO, SW1,SW2};
void setup()
{
for (int i = 0; i < sizeof(OUTPINS); i++) pinMode(OUTPINS[i], OUTPUT);
for (int i = 0; i < sizeof(INPINS); i++) pinMode(INPINS[i], INPUT);
US_servo.attach(UServo);
US_servo.write(90);
delay(100);
lcd.init();
lcd.backlight();
Serial.begin(9600);
Serial1.begin(9600);
lcd.setCursor(0,0);
lcd.print(" SPEEDY 004");
lcd.setCursor(0,1);
lcd.print(" SPEEDY XXX");
delay(2000);
}
int dist, ldist, rdist;
byte spd;char BT_cmd;
boolean sL2,sL1,sM,sR1,sR2,swlVal, sw2Val;
void loop()
{
sw1val = digitalRead(SW1);
sw2Val = digitalRead(SW2);
if (!sw1Val && !sw2Val) // 00 BT Control
{
lcd.setCursor(0, 1);
lcd.print(" BT Control ");
BT_control();
}
else if (!sw1Val && sw2Val) // 01 Direction Finder
{
lcd.setCursor(0, 1);
lcd.print(" Direction Finder ");
line_follower();
}
else if (sw1Val && !sw2Val) // 10 Line Finder
{
lcd.setCursor(0, 1);
lcd.print(" Line Finder ");
BT_control();
}
else if (sw1Val && !sw2Val)
{
lcd.setCursor(0, 1);
lcd.print(" Line Follower ");
line_follower();
}
else if (sw1Val && !sw2Val)
{
lcd.setCursor(0, 1);
lcd.print(" Direction Finder ");
line_finder();
}
else // 11
{
lcd.setCursor(0, 1);
lcd.print(" Line Follower ");
line_follower();
}
else if (sw1Val && !sw2Val)
{
lcd.setCursor(0, 1);
lcd.print(" Direction Finder ");
direction_finder();
}
lcd.setCursor(0, 1);
lcd.print(" Line Follower ");
line_follower();
}
void line_follower()
{
sL2 = digitalRead(IR_L2);
sL1 = digitalRead(IR_L1);
sM = digitalRead(IR_M);
sR1 = digitalRead(IR_R1);
sR2 = digitalRead(IR_R2);
// Move Back
if (!sL2 && !sL1 && !sM && !sR1 && !sR2) // 00000
{
serial.println ("moving ahead")
Car_control(LOW, 255, LOW, 255); // moving back slowly
}
else if ((sL2 || sL1 && !sM && !sR1 && sR2) // 00001
{
serial.println ("moving right")
Car_control(LOW, 255, LOW, 100); // moving back slowly
}
else if (!sL2 && !sL1 && !sM && sR1 || !sR2) // 00010
{
serial.println ("moving left")
Car_control(LOW, 100, LOW, 255); // moving back slowly
}
if (sL2 && sL1 && sM && sR1 && sR2) // 00011
{
serial.println ("u turn")
Car_control(LOW, 255, HIGH, 255); // moving back slowly
}
}
void BT_control()
{
if(Serial1.available))
{
BT_cmd = Serial.read();
}
if (BT_cmd == 'F' || BT_cmd == 'f')
{
Car_control(LOW, 255, LOW, 255);
Serial.println("forward");
}
else if (BT_cmd == 'B' || BT_cmd == 'b')
{
Car_control(HIGH, 155, HIGH, 155);
Serial.println("revers");
}
else if (BT_cmd == 'R' || BT_cmd == 'r')
{
Car_control(LOW, 255, LOW, 55);
Serial.println("right");
}
else if (BT_cmd == 'L' || BT_cmd == 'l')
{
Car_control(LOW, 55, LOW, 255);
Serial.println("left");
}
else if (BT_cmd == 'S' || BT_cmd == 's')
{
Car_control(LOW, 0, LOW, 0);
Serial.println("stopped");
}
else if (BT_cmd == 'U' || BT_cmd == 'u')
{
Car_control(LOW, 255, HIGH, 255);
Serial.println("U turn");
}
}
void line_follower()
{
aL2 = digitalRead(IR_L2);
aL1 = digitalRead(IR_L1);
sM = digitalRead(IR_M);
sR1 = digitalRead(IR_R1);
sR2 = digitalRead(IR_R2);
Serial.print(sL2);
Serial.print("");
Serial.print(sL1);
Serial.print("");
Serial.print(sM);
Serial.print("");
Serial.print(sR1);
Serial.print("");
Serial.print(sR2);
if (!sL2 && !sL1 && !sM && !sR1 &&sR2)
{
Serial.println("back slowly");
car_control(HIGH,100,HIGH,100);
}
else if (!sL2 && !sL1 && !sM && !sR1 &&sR2)
{
Serial.println("turn right");
car_control(LOW,255,LOW,50);
}
else if (!sL2 && !sL1 && !sM && !sR1 &&sR2)
{
Serial.println("straight");
car_control(LOW,255,LOW,255);
}
else if (!sL2 && !sL1 && !sM && !sR1 &&sR2)
{
Serial.println("90 right");
car_control(LOW,255,HIGH,255);
delay(1000);
}
else if (!sL2 && !sL1 && !sM && !sR1 &&sR2)
{
Serial.println("90 left");
car_control(HIGH,255,LOW,255);
delay(1000);
}
else if (!sL2 && !sL1 && !sM && !sR1 &&sR2)
{
Serial.println("u turn");
car_control(LOW,255,HIGH,255);
delay(2000);
}
else if (!sL2 && !sL1 && !sM && !sR1 &&sR2)
{
Serial.println("turn left");
car_control(LOW,55,LOW,255);
}
}
void direction_finder()
{
US_servo.write(90);
delay(200);
dist = get_distance();
if (dist >= 100)
{
Car_control(LOW, 255, LOW, 255);
Serial.println(“forward”);
}
else if (dist > 20 && dist <100)
{
spd = map (dist,21,99,60,220);
Car_control(LOW, 255, LOW, 255);
Serial.println("forward");
}
else if (dist <=20)
{
Car_control(LOW, 0, LOW, 0);
US_servo.write(10);
delay(200);
rdist = get_distance();
US_servo.write(170);
delay(500);
ldist = get_distance();
US_servo.write(90);
delay(200);
if (ldist > rdist + 15)
{Serial.println(“lift”);
Car_control(HIGH, 255, LOW, 255);
delay(1000);
}
else if (rdist > ldist + 15)
{Serial.println(“right”);
Car_control(LOW, 255, HIGH, 255);
delay(1000);
}
else if (abs(ldist – rdist) < 10)
{Serial.println("u turn");
Car_control(HIGH, 255, LOW, 255);
delay(2000);
}
}
}
int get_distance()
{long int duration;
int cm;
digitalWrite(TRIG,LOW);
delayMicroseconds(2);
digitalWrite(TRIG,HIGH);
delayMicroseconds(5);
digitalWrite(TRIG,LOW);
duration = pulseIn(ECHO, HIGH);
cm = duration/58;
if (cm>150) cm =150;
if (cm<=5) cm = 5;
return cm;
}
void Car_control(boolean Ldir, byte Lspd, boolean Rdir, byte Rspd)
{
digitalWrite(LM_IN1, Ldir);
digitalWrite(LM_IN2, !Ldir);
digitalWrite(RM_IN1, Rdir);
digitalWrite(RM_IN2, !Rdir);
analogWrite(LM_EN, Lspd);
analogWrite(RM_EN, Rspd);
}
can you revised our lab report by expiring yourself from this one only modify th
can you revised our lab report by expiring yourself from this one only modify the introduction by explaining our approach which will look the same and the methodology and fixed our result and discussion .. don’t deleted our add any pictures just fixed it as the other and that’s would be all ..
don’t copy and paste exactly ( plagiarism) what they said but explain the same thing in different words using different references because we are in the same lab .. I will attach the lab instructions so you can know what is it about and our lab ( the one to be revised and the one you need to inspired yourself with )
Please be as detail oriented as possible. Read the PDF carefully and let me know
Please be as detail oriented as possible. Read the PDF carefully and let me know if you have any questions. I will include a link to our book if you ever needed it.
Book Link: https://af79471c-693e-43f9-840b-9b70f48aaec8.files…
The research focuses on in-depth exploration of technology exploitation in Wirel
The research focuses on in-depth exploration of technology exploitation in Wireless EV charging, and the application of research methodologies.Paper Structure
The research paper should include the following sections (additional sections and subsections may be added as necessary):
• Title: Main title and subtitle.
• Abstract: Concisely summarizes research, clearly highlighting significance and outcomes (150 -200 words).
• Keywords: Relevant keywords (4-5 keywords).
• Introduction: Includes motivation, hypothesis, problem statement, aim, objectives, contributions, and paper structure. Introduction clearly sets stage for research, effectively synthesizes findings with
• Background: Necessary for providing context.
• Related Work: the literature review must have comprehensive review demonstrating deep analytical skills and strong foundation for independent research.
• Methodology: Highly appropriate, demonstrating innovative problem-solving approaches.
• Results and Analysis: SWAT Analysis. Insightful analysis with high understanding of impacts on EV industry.
• Findings: Discussion of results and advanced analysis.
• Conclusion and Future Work: Summarizes the research and suggests future research directions.
• References: List of sources cited, in IEEE format.
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I need someone who knows what they’re doing. This is a transmission lines assign
I need someone who knows what they’re doing. This is a transmission lines assignment. You can check the book to find the questions mentioned in the assignment.