_________________________ ____ 21. The amount of energy a photon carries is determined by its mass.
JOULES=1 newton of force moving an object 1 meter. 2. Explain what potential energy is and write out the equation we use to solve for it! PE = weight x height or PE = mass x 9.8 m/sec2 x height 3. Explain what kinetic energy is and write out the equation we use to solve for it!
The animation movie is literally identical to the comic book, whether it’s the plot, art, or dialogue, everything is taken right out of the comic making the tiniest of changes. Despite this I found the comic much more effective than the animated smovie in many aspects. Although they both used the same art, for some weird reason I found the book to be more entertaining (not as expected). I guess it might just be that the art was more suited for the flow of the book (after all that was the artist’s initial intention). On the other hand the fighting/action scenes seemed to shine in the movie version probably due to the quick movements and also the addition of music was a positive for the
There are many different kinds of energy. Mechanical energy deals with things in motion. Like all energy, it comes in two forms, kinetic (the energy of motion) and potential (the energy of position and/or configuration). Kinetic energy is the energy an object has because of its motion. Potential energy is the energy an object has because of its position.
It goes through all the steps to making a groundbreaking car. It is relatable to all people because it is coming from the point of view of the actual person who is designing the vehicle. It is relatable. By having a humorous approach, detailing the car making process, and the fast paced narrating this car commercial excites people and makes them laugh while also detailing how much hard work goes into the vehicle. The Dodge Dart commercial has a comic approach.
The two vectors which represent the two components that come from a resultant force are angular and stabilizing vectors. If you are dealing with the internal forces created from muscle contractions, the resultant force
A persuader is a description to person who likes to take risk, and is innovative and good persuader. Homer also had all of those of persuader. He took a risk of building a rocket even thought his dad didn’t want him to. He is also a good persuader because he was able to persuade his dad to come watch his rocket launch even though his dad never liked it or ever had a intention of looking at his launch. That was another reason why him becoming a rocket scientist was a good thing.
Blitzkrieg was a very successful tactic for Germany which initially brought them success. The Blitzkrieg strategy described an all motorized force of artillery, combat and air power, concentrating overwhelming force at high speed to break enemy line and the element of surprise being the biggest advantage. Battles were quick and decisive victories with little cost to manpower and resources. For example Germany was able to defeat Poland in less than a month and capture France in six weeks. Blitzkrieg was able to change warfare because it contributed towards fast and easy advances, with the power of a surprise element Germany was able to advance through several neighboring countries such as Denmark, Holland, Belgium and Norway as well as defeat a world power, even though France had more weaponry as well as men.
As the name suggests, the Air Enabler would enable cars to embark in flight. Not into the sky, but in the air above freeways and roads. An infrastructure for flying cars would be created. It would fairly easy to create, simply by using the existing infrastructure of roads and freeways, and mimicking it in the air by layers. This air freeway could have many layers, up until a certain point.
Because the ball is constantly moving it is constantly changing direction and therefore it’s constantly changing velocity. This means even if the speed is constant the velocity is always changing. When the object has enough momentum, it is launched into the air an optimum angle to go high enough to travel far in the time it’s in the air, but not so that it just travels straight upward and not horizontally. It doesn’t matter what athletic event it is, as the analysis of the circular motion is the same. Newton’s three laws describe the relationship between force, mass and acceleration.