A physical education teacher plans to divide the seventh graders at Wilson Middle School into teams of equal size for a year-ending mock Olympic event. He wants each team to have between 3 đnd 7 students, and all teams need to have the same number of students. The seventh grade at Wilson consists of three classes; one with 26 students, one with 35, and one with 28. How many students should be on each team? OIt is possible to divide the seventh graders into teams of equal size. students should be on each team. O It is not possible to divide the seventh graders into teams of equal size.
A physical education teacher plans to divide the seventh graders at Wilson Middle School into teams of equal size for a year-ending mock Olympic event. He wants each team to have between 3 đnd 7 students, and all teams need to have the same number of students. The seventh grade at Wilson consists of three classes; one with 26 students, one with 35, and one with 28. How many students should be on each team? OIt is possible to divide the seventh graders into teams of equal size. students should be on each team. O It is not possible to divide the seventh graders into teams of equal size.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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![### Problem Statement
A physical education teacher plans to divide the seventh graders at Wilson Middle School into teams of equal size for a year-ending mock Olympic event. He wants each team to have between 3 and 7 students, and all teams need to have the same number of students. The seventh grade at Wilson consists of three classes: one with 26 students, one with 35, and one with 28. How many students should be on each team?
### Options
- **Option 1**: It is possible to divide the seventh graders into teams of equal size.
_[Text Input: Students should be on each team]_
- **Option 2**: It is not possible to divide the seventh graders into teams of equal size.
### Interface Description
- **Buttons**:
- "Check" to verify the answer.
- "Save For Later" to save progress without submitting.
- "Submit Assignment" to submit the completed task.
### Additional Information
The total number of students from the three classes is calculated by summing up the number of students in each class:
\(26 + 35 + 28 = 89\) students.
The task requires determining if the total number of students can be evenly divided into teams, each comprising between 3 and 7 students. The answer should be input into the provided text box if division is possible.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F93d6464e-f155-4940-8921-7114e2ab97cc%2F9d429859-02a3-4b04-8d85-4205c67a8433%2F91qg8vl_processed.jpeg&w=3840&q=75)
Transcribed Image Text:### Problem Statement
A physical education teacher plans to divide the seventh graders at Wilson Middle School into teams of equal size for a year-ending mock Olympic event. He wants each team to have between 3 and 7 students, and all teams need to have the same number of students. The seventh grade at Wilson consists of three classes: one with 26 students, one with 35, and one with 28. How many students should be on each team?
### Options
- **Option 1**: It is possible to divide the seventh graders into teams of equal size.
_[Text Input: Students should be on each team]_
- **Option 2**: It is not possible to divide the seventh graders into teams of equal size.
### Interface Description
- **Buttons**:
- "Check" to verify the answer.
- "Save For Later" to save progress without submitting.
- "Submit Assignment" to submit the completed task.
### Additional Information
The total number of students from the three classes is calculated by summing up the number of students in each class:
\(26 + 35 + 28 = 89\) students.
The task requires determining if the total number of students can be evenly divided into teams, each comprising between 3 and 7 students. The answer should be input into the provided text box if division is possible.
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