a teenager
A student with a mass of 90 kg on the earth (gravity =9.8m/s/s) will have a weight of 882 Newtons. Weight = Mass * Gravity
The probability is indeterminate. I might ask a student or I might not.
If a student had a mass of 195 kg, then his weight on earth was 1,911 newtons, or about 430 pounds.
By working for it.
sure it is, as a grade seven student I use fantastic all the time :)
The weigh of an average seventh grade student is approximately fifty kilograms.
it depends on your subject. O.o
The quantity of matter in a grade seven student can be measured in terms of their mass, which typically ranges from about 25 to 50 kilograms. This mass is made up of various elements and compounds that make up the student's body, such as water, proteins, fats, minerals, and other organic molecules.
The following example sets up a two-dimensional array, initialises it with some pseudo-random data, and then prints the table and the averages. #include<iostream> #include<time.h> int main() { const int max_students = 7; const int max_student_grades = 5; const int max_grades = 6; const char grade[max_grades]={'A','B','C','D','E','F'}; srand((unsigned) time(NULL)); // Initialise the array with pseudo-random grades: int table[max_students][max_student_grades]; for(int student=0; student<max_students; ++student) { for(int student_grade=0; student_grade<max_student_grades; ++student_grade) { table[student][student_grade] = rand()%max_grades; } } // Print the table and average the results. int overall=0; for(int student=0; student<max_students; ++student) { int average=0; std::cout<<"Student #"<<student+1; for(int student_grade=0; student_grade<max_student_grades; ++student_grade) { std::cout<<" Grade #"<<student_grade+1<<": "<<grade[table[student][student_grade]]<<", "; average+=table[student][student_grade]; } std::cout<<" Average: "<<grade[average/max_grades]<<std::endl; overall+=average; } std::cout<<"Overall average: "<<grade[overall/max_grades/max_students]<<std::endl; return(0); } Example output: Student #1 Grade #1: A, Grade #2: E, Grade #3: D, Grade #4: E, Grade #5: F, Average: C Student #2 Grade #1: E, Grade #2: D, Grade #3: E, Grade #4: E, Grade #5: E, Average: D Student #3 Grade #1: D, Grade #2: A, Grade #3: D, Grade #4: B, Grade #5: A, Average: B Student #4 Grade #1: C, Grade #2: B, Grade #3: A, Grade #4: A, Grade #5: B, Average: A Student #5 Grade #1: E, Grade #2: D, Grade #3: C, Grade #4: F, Grade #5: E, Average: D Student #6 Grade #1: C, Grade #2: D, Grade #3: A, Grade #4: F, Grade #5: A, Average: B Student #7 Grade #1: B, Grade #2: D, Grade #3: F, Grade #4: B, Grade #5: C, Average: C Overall average: C
Yes, it is possible for a sixth grade advanced student to achieve a higher grade than a seventh grade basic student. Grades are based on individual performance and understanding of the material, so a dedicated and high-achieving student in a lower grade level can outperform a student in a higher grade with less proficiency.
By calculating the average grade a student earned in school
if you are from grade 7 our lady of grace student hi my name is patrick the special
No. it's not necessary. It should be --- He is a fourth grade student.
I don't know A 3rd grade student I don't know A 3rd grade student
enum field { name, course, grade }; std::string student[3]; student[name] = "Joe Bloggs"; student[course] = "C++ Programming"; student[grade] = "A+";
I am a straight 'A' student. I am a straight A student.