The problem is to follow a route from START to STOP on a grid and complete a chart showing the directions taken. The chart already has "left 5", "up 3", and "right 2". We need to determine the remaining directions to reach STOP.

Discrete MathematicsPathfindingGridsCoordinate SystemsAlgorithms
2025/4/4

1. Problem Description

The problem is to follow a route from START to STOP on a grid and complete a chart showing the directions taken. The chart already has "left 5", "up 3", and "right 2". We need to determine the remaining directions to reach STOP.

2. Solution Steps

We need to trace the path from START to STOP on the grid.
The chart already contains the following:
- START
- Left 5 (move 5 units to the left)
- Up 3 (move 3 units up)
- Right 2 (move 2 units to the right)
From the current location after "right 2," we see that the next move is "up 1".
Then from there the next move is "left 2".
Finally, the last move is "up 2" to reach "STOP".
So, we add "up 1", "left 2", and "up 2" to the chart.

3. Final Answer

START
left 5
up 3
right 2
up 1
left 2
up 2
STOP

Related problems in "Discrete Mathematics"

The problem is to fill in the blanks in the given flowchart to create a program that counts the numb...

AlgorithmsFlowchartsCountingEven NumbersIteration
2025/4/13

The problem asks us to analyze a given logic circuit with inputs $A$ and $B$. (i) We need to write ...

Logic CircuitsBoolean AlgebraLogic GatesTruth TablesDeMorgan's Law
2025/4/13

We are given a Venn diagram with two sets, S and N, within a universal set U. The number of elements...

Set TheoryVenn DiagramsIntersection of SetsUnion of Sets
2025/4/12

The problem asks us to choose the Venn diagram that correctly illustrates the following two statemen...

Set TheoryVenn DiagramsLogic
2025/4/11

The problem asks to find the equivalent implication of $x \implies y$.

LogicImplicationContrapositiveNegationLogical Equivalence
2025/4/10

The problem asks for the output of the given flowchart. The flowchart initializes $N=0$ and $Result=...

AlgorithmsFlowchartsIterationSequences
2025/4/8

The problem is to determine the output of the given pseudocode. The pseudocode initializes two varia...

AlgorithmsLoopsPseudocodeFactorial
2025/4/8

Question 14: We are given a single-input NAND gate and a truth table where the output $Q$ is represe...

Boolean AlgebraLogic GatesTruth TablesDeMorgan's Law
2025/4/8

The image presents three problems. Problem 11 asks for the binary equivalent of the hexadecimal numb...

Number SystemsBinaryHexadecimalASCIILogic GatesBoolean Algebra
2025/4/8

The problem provides a logic circuit diagram composed of logic gates with inputs A and B, and output...

Boolean AlgebraLogic GatesTruth TablesDigital CircuitsDeMorgan's Law
2025/4/8