2017 AMC 10A Problems/Problem 6: Difference between revisions
WhaleVomit (talk | contribs) No edit summary |
|||
| Line 3: | Line 3: | ||
<math>\text{(A) 16}\qquad\text{(B) 17}\qquad\text{(C) 18}\qquad\text{(D) 19}\qquad\text{(E) 20}</math> | <math>\text{(A) 16}\qquad\text{(B) 17}\qquad\text{(C) 18}\qquad\text{(D) 19}\qquad\text{(E) 20}</math> | ||
Someone please fix this. This is problem number 10, but number 6 on amc 12 | |||
==Solution== | ==Solution== | ||
Revision as of 14:55, 8 February 2017
Problem
Joy has 
thin rods, one each of every integer length from 
cm through cm. She places the rods with lengths 
cm, 
cm, and 
cm on a table. She then wants to choose a fourth rod that she can put with these three to form a quadrilateral with positive area. How many of the remaining rods can she choose as the fourth rod?
Someone please fix this. This is problem number 10, but number 6 on amc 12
