An ice skater with a mass of 50 kilograms pushes another skater (with a mass of 40 kilograms) with a force of 25 Newtons. How much acceleration does the 50-kg skater have? 0, because only the 40-kg skater has a force on them

2m/s2

0.625m/s2

0.5 m/s2

Answerlosing electrons;

Cannot be determined because i dont  know this but i need the points

Answertransverse

Let  be the velocity of the plane.let  be the velocity of the wind.let  be the resultant velocity.add the velocities to find the resultant velocity. in the attached picture, i have done the tail-to-tip method: draw one of the vectors, then add the end of the other vector to the tip of the first drawn vector.see diagram.the magnitude of  can be found via the pythagorean theorem as this is a right angle triangle.to find  , use inverse tangent: since  is in the direction "east of north", a quick convert to "north of east " reveals that 90 - 7.06 = 82.94 = 83.so our resultant is 529 m/s [83° n of e]the answer is a.