There are more questions asked additionally to the one in the picture 2.) what is the magnitude of the pushing force 3.) what is the impulse on the left if the canoe during the push 4.) what is the velocity of the left canoe after the push is complete? 5.) what is the change in momentum on the left canoe as a result of the push6.) if the pushers arm reached a distance 0.729 meters before they lost contact with the right canoe, what is the velocity of the right canoe after the push 7.) What is the acceleration of the right canoe during the push 8.) what is the mass of the right canoe 9.) what is the change in momentum of the right canoe as a result to the push 10.) what was the impulse on the right canoe during the push Can I see all the work please

The image above shows two groups of students out on a river in canoes. Their canoes were tied together while fishing but now it's time to go home and they are going to push off and paddle back to the dockhouse. As the image shows, we will consider the ends of both canoes as starting at the origin for our observation and only one person is pushing off in order to separate the canoes. In addition, the person pushing off is using a constant force to push until their fingertips lose contact with the other canoe and the interaction ends. The total mass of the left canoe and people is measured to be 150.14 kilograms and their canoe moves backward a i stance of 0.4632 meters as they push off. If the push took a total of 1.246 seconds before the person's fingertips lost touch with the other cance, what was the acceleration of the left canoe during the push ? NOTE: For this scenano we are going to assume the water resistance is neglig ble