Posted by **Anonymous** on Tuesday, November 22, 2011 at 10:25pm.

A student has six textbooks, each with a thickness of 3.6 cm and a weight of 38 N. What is the minimum work the student would have to do to place all the books in a single vertical stack, starting with all the books on the surface of the table?

- physics -
**Fizzylicous**, Tuesday, November 22, 2011 at 10:36pm
Just remember that the formula for Work is Force times Distance. You have the force which is 38 N. And N is Newtons if you didn't know what that was. And remember distance is always given in metres, so you have to convert cm to metres. There are 0.01 meters in a centimeter so you times 0.01 with 3.6 and you get 0.036 meters, and this is your distance. Then you times 38 by 0.036 to get your answer.

W = Fd

W = (38)(0.036)

W =

^ Can you do that?

- physics -
**Fizzylicous**, Tuesday, November 22, 2011 at 10:41pm
Oh one thing you might be getting confused on is where it says --> weight of 38N. Weight and force are the same thing, so just watch out for that, it's something I got confused with too earlier.

## Answer this Question

## Related Questions

- Physics - A student has six textbooks, each with a thickness of 4.8 cm and a ...
- physics - A student has six textbooks, each with a thickness of 3.6 cm and a ...
- Physics HELP - A student has six textbooks, each with a thickness of 4.0 cm and ...
- physics - a student has six textbooks, each has a thickness of 3.6cm and a ...
- English - Everybody in my class got their paper work they have to do by the end ...
- statistics - The mean weight of 40 students is 50 kg. One of the student leave ...
- math - A different eight grader has been asked to work at the face painting ...
- maths - Formalize the following english statements as quantified WFF. Let S(x) ...
- MATH - A SCHOOL IS DIVIDED INTO 4 HOUSES P,Q,R,S. ON SPORTS DAY,STUDENTS LINE UP...
- math - kyle had 36 books in hislocker. some were library books, some were ...

More Related Questions