kerbyjonsonjr said:
…To calculate speed after an impulse of 6 Ns, you would need to use the equation: speed = impulse/mass. The impulse is given as 6 Ns, so you would divide that by the mass of the object to find the speed.
An impulse of 6 Ns is a measure of the change in momentum of an object. It is equivalent to the force applied to an object multiplied by the time the force was applied.
The mass of an object has a direct effect on the speed after an impulse of 6 Ns. The larger the mass, the slower the speed will be, as seen in the equation: speed = impulse/mass.
No, the mass of the object is a necessary component in the equation to calculate the speed after an impulse of 6 Ns. Without knowing the mass, the speed cannot be accurately calculated.
The unit of measurement for speed after an impulse of 6 Ns will depend on the units used for impulse and mass. However, it is typically measured in meters per second (m/s).