Ajogger runs 10.0 blocks due east, 5.0 blocks due south, and another 2.0 blocks due east. assume all blocks are of equal size. what is the magnitude of the jogger's net displacement?

   Jogger's net displacement = 13 blocks

Explanation:

  Let north be positive Y and east be positive X

  A jogger runs 10.0 blocks due east, displacement = 10 i blocks

  5.0 blocks due south, displacement = -5 j blocks

  Another 2.0 blocks due east, displacement = 2 i blocks

  Total displacement = (10 i - 5 j +2 i) blocks = (12 i - 5 j) blocks

  Magnitude of displacement =

  So jogger's net displacement = 13 blocks

The Jogger's net displacement is 13 blocks.

Explanation:

A jogger runs 10.0 blocks due east, 5.0 blocks due south, and another 2.0 blocks due east. From the attached figure, AB shows Jogger's net displacement. It can be calculated as :

AC = 13 blocks

So, the Jogger's net displacement is 13 blocks. Hence, this is the required solution.  

the temperature and the pressure affect solubility. temperature affects by changing the properties of the solvent. the increase in pressure increases solubility, the decrease in pressure decreases solubility.

i would say