To answer your questions about the word "fist" and its representation on a coordinate graph, let's go through each part step by step. Since you haven't provided a specific graph, I will assume hypothetical coordinates for the letters based on common positions in a 2D coordinate system.
A. Coordinates of Each Letter in the Word "FIST"
Let's assign the following hypothetical coordinates for each letter in "fist":
- F = (1, 2)
- I = (2, 3)
- S = (3, 1)
- T = (4, 2)
So, the coordinates of the word "fist" are:
- F: (1, 2)
- I: (2, 3)
- S: (3, 1)
- T: (4, 2)
B. Changing the First Letter of the Word "FIST"
Suppose we change the letter "F" to "C" (assuming "C" is also present on the graph). This would give us the new word "CIST."
C. Coordinates of the New Letter "C"
Assuming the coordinates for "C" on the graph are (1, 3), the coordinates for the new word "cist" would be:
- C: (1, 3)
- I: (2, 3)
- S: (3, 1)
- T: (4, 2)
D. How the Coordinates of the New Letter "C" Compare to the Coordinates of "F"
The coordinates for the original "F" were (1, 2), and the new coordinates for "C" are (1, 3).
- Both letters have the same x-coordinate (1), which means they are vertically aligned.
- The y-coordinate of "C" is 3, while the y-coordinate of "F" is 2. Therefore, "C" is 1 unit higher (upward) on the graph compared to "F."
Summary
- A: (1, 2), (2, 3), (3, 1), (4, 2) for "F", "I", "S", "T"
- B: New word is "CIST."
- C: Coordinates for "C" are (1, 3).
- D: "C" is 1 unit higher than "F" at the same x-coordinate.
If you provide an actual graph or specific coordinates, I can tailor the answers to fit that data.