Velocity

zeros of a function exist while also telling if a function is increasing, decreasing, concave up, or concave down. This concept is used to explain how position, velocity, and acceleration are all interrelated. Essentially, position is the original function [f(x)], velocity is its derivative [f’(x)], and acceleration is the derivative of velocity [f’’(x)] (Larson, 2014, p. 124). Alone, math and physics equations work, but how can combining information from different disciplines help inform…

some factors that lead to the Conodoguinet creek being polluted. The first test that I performed was the test for the velocity (surface speed) of the dihydrogen monoxide when I tested for this I found that the average velocity was ~22cm/sec. This haste was averaged from a variety of depths and what we found was that the shallower the dihydrogen monoxide the more expeditious the velocity of the…

final turbidity measured in relation to the alum concentration. Table 2 below shows the relevant final turbidity data required to calculate the velocity gradient (G). The table shows the two concentrations determined to be of the most optimal. From Table 2, Figure 2 could be created showing the final turbidity of the two dosages in relation to the velocity…

Research question: How do seatbelts minimise injuries during head on collisions? Seat belts are designed make sure people stay in their seats during a crash this reduces and prevents injuries. They minimise the contact of the passengers and the vehicles interior and significantly reduces the risk of being ejected from your seat or worse the vehicle. On modern vehicles, seat belts are also designed to be the key part off injury prevention measures and safety system. These include airbags, head…

played awful and we knew we traveled all this way for nothing. That was January 2015, Vegas Cup. A month later, I was on a mission, to get better, so I never play that way again.(#1) My parents signed me up for Velocity and Coach Adi’s skills.* Thursday, February 25, was my first Velocity training. As I walked in, I heard people gasping for air while they left. Right when we started I understood why. We sprinted back and forth, over and over again. One second to catch our breath was all I was…

The invisible being that created the push or pull of an object has been a law of science since the early ages. The first scientists to study this entity was Ancient Greek scientists Archimedes. His theory is now referred to as Archimedes 's principle, or the law of fluid mechanics. It implies that there is force that is exerted on a body immersed in a fluid, whether fully or partially submerged, is equal to the weight of the fluid that the body displaces. He hypothesized this theory while in…

reason is Bernoulli's Principle. As seen is F3, the principle says that if there is an increase in velocity (speed) on the top of the wing, there will be less pressure on the top too, lifting the wing up. For example, if you blow really hard on top of a piece of paper, it will go up, and the Bernoulli's Principle is the reason why. In F4, it shows that when the velocity on top is going faster than the velocity on the bottom, a powerful vacuum is created, pulling the wing up. A vacuum is a…

rifle. The standards used to judge ammo include speed, innovation, versatility and availability of specialized features. Some of the specialized effects incorporated in today’s ammunition include use of ultra progressive propellants and increased velocity with reduced rocket nozzle effect. In terms of speed, a good ammunition should be able to produce fast results…

The s-wave is wave A. The p-wave is always going to be faster than the s-wave. Wave B starts at the velocity of about 8 km/s and wave A starts at about 4 km/s. Since wave A is moving slower, it is the s-wave. Wave A also reflected off the outer core and wave B refracted. The p-wave is wave B. The p-wave is always going to move faster than the s-wave. Wave B starts at the velocity of about 8 km/s and wave A starts at about 4 km/s. Since wave B is moving faster, it is the p-wave. The…

problems. If the results are not convincing to solve the problem we can repeat the simulation until we get a satisfying results. This is the CFD process [9]. The Fluid has important properties like density, viscosity, pressure, temperature and velocity. Density is defined as mass per unit volume. If the density of the fluid is constant or there is only a small change, it is called as incompressible…