If positive electric charges of Q and q coulombs are situated at positions $( a , b , c )$ and $( x , y , z )$ , respectively, then the force of repulsion they experience is given by
$F = K \frac { Q q } { ( x - a ) ^ { 2 } + ( y - b ) ^ { 2 } + ( z - c ) ^ { 2 } }$
Where $K \approx 9 \times 10 ^ { 9 }$ , F is given in newtons, and all positions are measured in meters. Assume that a charge of 4 coulombs is situated at the origin and that a second charge of 14 coulombs is situated $( 1,4,3 )$ and moving in the y direction at 1.4 meters per second. How fast is the electrostatic force it experiences decreasing

NOTE: Please enter your answer without the units. Round the answer to the nearest trillion.

Question

If positive electric charges of Q and q coulombs are situated at positions $( a , b , c )$ and $( x , y , z )$ , respectively, then the force of repulsion they experience is given by 
  $F = K \frac { Q q } { ( x - a ) ^ { 2 } + ( y - b ) ^ { 2 } + ( z - c ) ^ { 2 } }$ 
Where $K \approx 9 \times 10 ^ { 9 }$ , F is given in newtons, and all positions are measured in meters. Assume that a charge of 4 coulombs is situated at the origin and that a second charge of 14 coulombs is situated $( 1,4,3 )$ and moving in the y direction at 1.4 meters per second. How fast is the electrostatic force it experiences decreasing 
 
NOTE: Please enter your answer without the units. Round the answer to the nearest trillion.

Quizplus · Accepted Answer

The Answer of If positive electric charges of Q and q coulombs are situated at positions $( a , b , c )$ and $( x , y , z )$ , respectively, then the force of repulsion they experience is given by 
  $F = K \frac { Q q } { ( x - a ) ^ { 2 } + ( y - b ) ^ { 2 } + ( z - c ) ^ { 2 } }$ 
Where $K \approx 9 \times 10 ^ { 9 }$ , F is given in newtons, and all positions are measured in meters. Assume that a charge of 4 coulombs is situated at the origin and that a second charge of 14 coulombs is situated $( 1,4,3 )$ and moving in the y direction at 1.4 meters per second. How fast is the electrostatic force it experiences decreasing 
 
NOTE: Please enter your answer without the units. Round the answer to the nearest trillion.

If Positive Electric Charges of Q and Q Coulombs Are (a,b,c)( a , b , c )(a,b,c)

If Positive Electric Charges of Q and Q Coulombs Are $( a , b , c )$