The value of a specific type of this quantity in a rotating reference frame is equal to the cross product of v and -2m times omega. This quantity's third and fourth derivatives are known as "snatch" and "shake", respectively. This quantity is equal to k times the absolute value of the product of two point charges divided by the square of their distance in a law named for Coulomb. With units of kilogram meters per seconds squared, also known as newtons, for ten points, name these vector quantities which are always found 
The value of a specific type of this quantity in a rotating reference frame is equal to the cross product of v and -2m times omega. This quantity's third and fourth derivatives are known as "snatch" and "shake", respectively. This quantity is equal to k times the absolute value of the product of two point charges divided by the square of their distance in a law named for Coulomb. With units of kilogram meters per seconds squared, also known as newtons, for ten points, name these vector quantities which are always found in equal and opposite pairs according to Newton's Third Law.
The value of a specific type of this quantity in a rotating reference frame is equal to the cross product of v and -2m times omega.
forces 