I Think There Is Something For Everyone To Love!

I Think There Is Something For Everyone To Love!

The all-new 2019 Mercedes-Benz A-Class is due to arrive very soon! I am thinking the A-Class will be an excellent vehicle for folks who don鈥檛 love the increased size of the C-Class but want something a little more traditional than the CLA. The new technology has been a major focus of the pre-launch campaign but is not the only strength of the A-Class. They styling is very much like the new CLS-Class, there are lots of great wheel options and it should be very efficient. I think there is something for everyone to love! Today, we are pleased to announce the MSRP for the All-New 2019 Mercedes-Benz A-Class Sedan. The A-Class Sedan introduces the game-changing new infotainment system called MBUX (Mercedes-Benz User Experience). The A 220 and A 220 4MATIC both feature a 2.0L inline-4 turbocharged engine that produces 188 hp and 221 lb-ft of torque. This powerful and fuel efficient power plant is mated to a 7G-DCT dual-clutch transmission. The extensive standard equipment for the A 220 and A 220 4MATIC includes a Panorama roof and the intuitively-operated MBUX multimedia system with intelligent Voice Control. The in-car experience welcomes a new era of connectivity with standard Smartphone Integration with Apple CarPlay and Android Auto and a high-resolution widescreen cockpit concept with a 7.0-inch digital instrument cluster and 7.0-inch touchscreen multimedia display. The exterior design is further refined with standard 17鈥?wheels and LED headlamps and taillamps.

One of the most powerful known sources of energy is the Nuclear Energy. The huge amount of energy it can generate makes it incomparable with the other energy sources, but on the other side we need to count the side effects on human and environment. Nuclear accidents and the catastrophic history of nuclear labs are present in the disadvantages. Nuclear energy is used worldwide, particularly in France, Slovakia, and Lithuania, where almost all their electricity comes from nuclear power plants. The United States produces the most nuclear energy, though due to its size and energy consumption, only 19% of its electricity created this way. Often the biggest tick in the pro column of an energy issue revolves around money, and nuclear energy can certainly check that box. Dollar for dollar, nuclear energy reactors are the most efficient current method for generating sustained power. They utilize only their radioactive isotopes (usually uranium) and water, which equal low fuel costs.

Maintained correctly, a nuclear reactor plant can last hundreds of years, where solar, tidal, and wind powers are dependent upon a (geologically) short time frame. Even the reactor rods, often made with uranium, are good for about six years before they need to be replaced. In addition to being cost-efficient to run and long-lasting, nuclear reactors and power plants are actually made to be as safe as possible. It almost requires deliberate intentions to mess one up, as there are redundancies on top of redundancies to prevent anything going wrong. As for the reactors themselves, radioactive to the point of being deadly, they are usually isolated in several feet of concrete, steel, and lead to ensure that the radioactivity stays contained. The current generation of reactors in operation and those being constructed, Generation III, have not failed in the way the Generation I and II reactors did. Environmentally, nuclear energy is nearly equal to renewable energy sources when it comes to carbon dioxide emissions and other air pollutants that create smog. Fossil fuels create a staggering amount of these emissions, while nuclear energy releases comparably tiny amounts during operation.

Nuclear energy also has the benefit of being relatively new, and there is still so much to learn and develop with it. The more money we devote to nuclear fission reactors, the more research goes into nuclear power as a whole, and the closer we get to being able to power, for example, the entire U.S. Eastern seaboard with a battery the size of a cell phone. We鈥檙e in the Model-T stage of nuclear power generation. We understand how it works, but we鈥檝e only barely glimpsed an idea of a Formula 1. The future could hold a Ferrari, if we can get there. There鈥檚 also a pro to be considered in how we use nuclear energy vs. Even now, it is estimated that 10% of light bulbs currently used in the United States are powered by nuclear fuel that used to be in Soviet-era warheads. The U.S. purchased this weaponized uranium for conversion into reactor fuel, and now the nuclear energy that used to be pointed at countries as a threat is being used to light homes and businesses.