2.
design a prgram to keep a robot from falling off a table
design program to navigate outside a 3 sided box.
4.
design a line follower program.
8. What challenge did you like most.
My favorite challenge by far was battle bot. becuase after spending along ime constucting my robot and programming it. It was really fun to see my robot comepete with other robots. That is why Battle bot was my favorite challenge
9. Two stadards we focused on.
1. Solve problems by reasoning critically and creatively.
2. Demonstrate technological literacy as a tool for learning, research, and communication.
2. Demonstrate technological literacy as a tool for learning, research, and communication.
10. difference between a jump and a loop.
A jump sends the program to another part of the prgram, while a loop just keeps on looping the same program over and over agein.
Translating the program.
you start the program with the green light, then the program goes past the land to the light sensor fork. If the light sensor is reading a light thats rating is greater than 40 it takes the up path, if less than, it takes the bottom path. When the program goes up the up path it turns on motoe A and turns off mottor C. If it goes down the bottom path it turns on mottor C and turns off mottor A. then the two lines are forked together. the Next command is the jump which sends you back to th land. this procees is repeated over and over agein. A robot that you want to travel a blakc line would use this command.
Translating the program.
The program starts with teh green light, then the first command tells motor A and motor C to turn on in a forward direction. Then it's a wait for touch command, it does exactly how it sounds. whent he touch sensor is pressed, the program can do its next command , which is mottor A and Motor c turn on but this time they move backwards for 1 secound. after that secound motor A moves forward agein but motor C still moves back wards... then after a random amount of time between 3 secounds the o mottors stop and the program ends. what happens is a robot moves straight till it hits a wall that presses the touch sensor in, then the robot moves backwards for a secound then turns around and then stops.
Translating the program.
The program starts with the green light. Then for the next command which turns on motor A and motor C. Mottor A and mottor C will move forward intill a light sensor reads a light ratinf higher than 40. When this happens Motor A and Motor C stop and the program ends. This program would be used if you wanted a robot to move straight and stop and a black line.