Use of force

Intent supports mission command and guides joint forces by an understanding of how their higher commander visualizes the operation and what the desired end state looks like. Subordinates are delegated the authority to make decisions “wherever possible”, which allows them to exercise initiative based on…

Joseph Conrad through a new criticism lens, one can see that the novella includes literary devices such as diction, symbolism, and similes to describe the cruel treatment of the natives and the imperialism in Africa. Throughout the Novella Conrad uses dark diction. On page 19, Conrad utilizes the word, “violent” to display…

on each car, there are streamers on them.When my wind tunnel turns on, streamers that fly everywhere will represent drag, and streamers that stick to the car will represent aerodynamics. In real life, they use smoke to figure out where drag is.Sometimes, they will put streamers on the car and use this method to determine drag, aerodynamics, and wind speed. Aerodynamics is what allow cars to go fast. It is the way that air moves around an object. The more streamlined the car is, the more…

the radios and the mass of the platter. In addition, we use the equation for inertia I=(1/2)MR^2. Depending on the result from the previous steps it has to be determined if equations A=(mgr/I) and T=mg are the easier equations to solve the problem. Then we had to predict on graphs (A vs m), (A vs r), (A vs I). (A) being Angular acceleration, (I) inertia, (r) radius, and (m) mass, prediction (Pic1). When setting the platter make sure to use the bubble level in order to get the equipment levelled…

The objective of this lab was to figure out how to determine the range from a given set of velocity and height from the ball. The height of the ball when it leaves the horizontal projectile is at 93.5cm or .935m. The velocity of the ball was .0674 seconds in the range of .1 meter. Creating a total velocity of 1.484m/s. To calculate the hang-time the formula: y= -4.9t^2 was used. The hang time is used to figure out how long the ball will be in the air for. After you find the answer, the time is…

Diagram of Prototype A that consisted of an octagonal prism with a length of 11 in. or 27.94 cm. and height of 10.16 cm., while we created corrugated layers within the prism. We decided to change all the dimensions to centimeters instead of using inches as the units. Tinkercad model of Prototype B that consisted of a hexagonal prism with a length of 27.94 cm., height of 10.16 cm., and sides of the base of 4.445 cm. WIthin the hexagonal prism consisted of 6 equilateral triangles are connected…

Does a track at which a car is on, affect the speed of the car? There are many different kinds of angles for tracks, they can be heading downhill, uphill, or can be straight. Sometimes the angle of the track determines the speed of the car. Potential and kinetic energy will also have an effect of the car's speed. Potential energy is taken in when the car goes up, and kinetic energy is released when the car goes downhill. I think that when the car goes down, it will go faster do to the kinetic…

Luke went to a room where it was completely empty but with Darth Vader. Darth Vader said the force is strong in my, I have it, my daughter has it, my son has it. Then Darth Vader though a light saber (a light saber is a saber that has a beam were the blade is at) Luke catches the light saber and turn it on then Darth Vader pulls out his own light…

School is an extremely stressful time and stress can easily become overbearing for those who strive for excellence in education. Some students, like myself, have part-time jobs while attending school. While upholding such a tight schedule, it can be very difficult to find time to study and do assignments. A job is a requirement so that money is accessible and payments for education are available. School can be expensive and student loans add up, so a job is needed to pay for it. Although…

Statistics Air pressure can indeed affect the distance that the football will travel. The data from the experiment proved that the more air pressure, or the more inflated the ball is, then the farther the ball will travel. When the lowest air pressure was tested, it showed that a flat ball will not travel far at all when thrown at a consistent speed. When the ball was halfway inflated, it traveled significantly farther than a fully deflated ball. Furthermore, when we inflated the ball to…