1. Choose one of Newton's Three Laws of Motion OR Newton's Law of Gravity and explain what that Law states in your own words) and why it is important and relevant to the
world of animation. Finally, explain how animation would be different without this Law?|
2. Discuss ways to give an object motion in animation, and describe the ways that objects
move in animation.
3. The unit discusses the importance of a character's eyes in expressing their feelings and
emotions. Imagine that you have a character with only black dots for eyes. How might
this impact your character or story? What other ways could you express this character's
emotions?
4. How might observing the world and people around you improve your animation skills?
Explain.
5. From everything that you have learned about movement in animation, what aspect of
movement do you think would be the most difficult to implement and why? How could
you potentially master this aspect of motion in animation? Explain.

Ok i am attempting to my niece attach a galvanized wire (like a tether for a dog) at the corner of two fences, making a tightwire if you will and we drilled a hole in a softball and she hits it. the ? and problem is that we can not get the wire taunt enough where it doesnt sag after hitting the ball once, and the wire sags and wobbbles. its a 15 ft rubber covered galvanized wire and one can adjust the length of the placing of the wire by having it make the corner of 2 fences become a it can be adjusted, however, with all our human strength and pliers we could not make it taunt as possible. is there anything other that attaching it to a car to do this. sorry abt the length but it would mean the world to my niece if i could solve this came up with the entire idea herself, and she is 14 and paid for the wire and did as much work as i did drilling a hole through a softball wide enough for attaching piece at each end of the wire that clips on to the fence. . any ideas welcome if serious. but awesome if it is a fact. much obliged. bucky bukowski buckman

Iwill give 30 points to whoever answers ! what is the formula for actual mechanical advantage and ideal mechanical advantage?

Two point charges are on the y axis. a 3.90-µc charge is located at y = 1.25 cm, and a -2.4-µc charge is located at y = −1.80 cm. (a) find the total electric potential at the origin. v (b) find the total electric potential at the point whose coordinates are (1.50 cm, 0). v