Wind speed

equally early return to Newton. As the driver, I was diligently driving through the twisting and turning mountains with a purpose. For those who have driven in the mountains before, you are well aware of the difficulties of maintaining a constant speed through steep grades of terrain. And sure enough, almost 2 hours into our trip home, I see a highway patrolman make a U-Turn, flip on his lights, and I found myself pulling over my car. Cited for going too fast down the mountain, a very rude and

The Cessna 180 is a light general aviation aircraft, first ever flown in the late 1952, produce between 1953 to 1981, Even though the model is no longer in production nowadays, many of these aircraft are still in use as personal aircraft and in utility roles. Cessna introduced the heavier and the greater power performer; the 180 as a updated version to the Cessna 170. The 180 is an outstanding prime bush plane, it has an unretractable conventional and adjustable-incidence tricycle tail wheel undercarriage

friction to be made as the affect. The car also can be identified by measuring in mass because this is where people will be sitting. As you can tell, it will be a lot of weight. As the ride begins to move out of the station, it goes at an approximate speed of 10 miles per hour. Although it looks like you will be heading straight towards the erupting lava in the volcano, you will actually be going under

It was a sunny day in the summer before my senior year and I was with two of my best friends, Dallas and Bryce. We had been gathering wood skids for our bonfire later that night. We got done around 3 in the afternoon and we had nothing to do, so we played video games for a little while. We soon became tired of playing video games, so we decided to go work on Dallas’s old 1984 Chevy pickup truck. Shortly after installing new parts, we decided to ride his dirt bike. Little did we know, this would soon

Did you know that the cheetah, also known as Acinonyx Jubatus its scientific name is the fastest land animal in the world? The cheetah normally reaches speeds up to 113 km/h. In my research cheetah’s can accelerate from 0 to 100km/h in just 3 seconds. The cheetahs organs differ from other animals in the wild because they have extra large livers to better mobilize the glycogen molecules that provide quick bursts of energy. They also have enlarged adrenal glands, lungs, nasal passages, and hearts

Drive Safely This Summer Memorial Day semi-officially kicks off the summer travel season. Millions of people take to the roads to vacation, explore new places, visit family and have fun. Your mind may be racing with all of the things you need to plan and pack but don’t forget about your vehicle! It’s always a good idea to get a car check-up before a trip but especially in the summer, when heat, heavy loads and traffic can take a toll (on your vehicle and your sanity). So, here’s a handy summer driving

Investigating a Factor that Affects the Rate of Decent of a Parachute Aim- To investigate one factor that affects the rate of decent of a parachute. Plan There are many factors that affect the rate of decent of a parachute, some of these are: The weight of the object on the end of a parachute, the weight of the parachute, the length of the strings on the end of the parachute, the surface area of the parachute, and the shape of the parachute. As we were only

UNIVERSITI TUNKU ABDUL RAHMAN |Centre |: Centre for Foundation Studies (CFS) |Unit Code |: FHSC1014 | |Course |: Foundation in Science |Unit Title |: Mechanics | |Year/ Trimester |: Year 1 / Trimester 1 |Lecturer | | |Session |: 201605

accident always occurs. For example, AES camera can cover offense such as speeding that beyond the speed limit. Speed limits are commonly set by the authority to set the maximum speed at certain road. There are few factors how they determine the speed limit on that road. Firstly, the roadway condition – curve road. Next, the location and type of access points like intersections and entrances. The speed limits in urban and highway areas are all in different. The last factor is the crash history on

Problem A kayaker travels two miles upstream and two miles downstream in a total of 5 hours. In still water, the kayaker travels at an average of two miles per hour. The goal of this paper will be to determine the average speed of the river’s current. Variables Let x represent the speed of the current of the river. Let t1 represent the time it takes to travel upstream. Let t2 represent the time it takes to travel downstream. Let r1 represent the rate of the kayaker when moving upstream. Let r2 represent