SRT® stands for Street and Racing Technology while RT stands for Road and Track, and they indicate trim levels of popular Dodge models.
If you're looking for the quickest, most powerful sedan ever, then look no further than the Dodge Charger SRT® Hellcat. Under the hood, you'll find the most powerful production V8 engine ever with a 6.2-liter supercharged HEMI V8® Hellcat engine that delivers a remarkable 707 horsepower and 650 lb. -ft.
Street and Racing Technology
Fiat Chrysler Automobiles originated the SRT division while conceptualizing the Dodge Viper. SRT stands for "Street and Racing Technology," and this division implemented innovative performance-driven technology across the Dodge, Jeep, and Chrysler lineups.
Street and Racing Technology
SRT stands for “Street and Racing Technology”, but the SRT meaning goes deeper than that. Dodge SRT automobiles are made with the highest quality Dodge parts designed for high-octane performance. You'll reach 0-60 in seconds in any one of our SRT vehicles.
The "GT" is an upgraded trim level of the Dodge Charger, and rightfully so; it offers power and convenience over the base models, so it's a worthy upgrade for most driver's. But what does it mean In the most literal sense, it translates to either "Grand Touring" or "Gran Turismo" (depending on who You ask).
Road/Track
R/T stands for Road/Track and can be found on model configurations across the Dodge lineup. If you are looking for increased performance on the Orland Park roads an R/T model may be for you.
What does SXT mean on a Dodge Challenger? When drivers see SXT on their Dodge, it stands for “Standard eXTra,” hinting at trim-specific design elements like badges and other features.
RT vs SRT. The main difference between RT and SRT versions is that the former has an engine that has a horsepower less than that of the latter. RT version has a horsepower of around 375, and on the other hand, the SRT version provides an approximate 475 horsepower.
The word "hemi" is a shortening of the word "hemispherical," and as it relates to engines, means a type of engine that has a hemispherically shaped combustion chamber. It's the same thing that is meant in geography when referencing the Earth, which is split into two hemispheres, north and south.
Hemi refers to an engine that has hemispherical-shaped combustion chambers and pistons with rounded, instead of flat, tops.
half
Hemisphere includes the prefix hemi-, meaning "half". The northern and southern hemispheres are divided by the equator, the circle halfway between Earth's two poles. The eastern and western hemispheres aren't divided so exactly, since there are no poles in the Earth's east-west dimension.
half
A prefix meaning "half," as in hemisphere, half a sphere.
Hemispherical heads are a popular choice for pressure vessels due to their ideal shape, which divides the pressure in the vessel equally across the head's surface. Also known as hemispherical tank heads or hemispherical dished ends, they're commonly used on liquid and gas storage tanks.
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half
Hemisphere comes from the Greek, and combines the prefix hemi-, for "half," with sphere, or "perfectly round ball." We talk about the earth as divided at the equator into the northern and southern hemispheres (or divided at the prime meridian into eastern and western hemispheres).
Any circle drawn around the Earth divides it into two equal halves called hemispheres. There are generally considered to be four hemispheres: Northern, Southern, Eastern, and Western. The Equator, or line of 0 degrees latitude, divides the Earth into the Northern and Southern hemispheres.
The total surface area of the sphere = Curved surface area of sphere + base area. We know that the base of the hemisphere is circular in shape, use the area of the circle. TSA = 2πr + πr = 3πr. Therefore, The total surface area of a hemisphere = 3πr square units.
Curved Surface Area (CSA) – It includes the area of all the curved surfaces. Lateral Surface Area (LSA) – It includes the area of all the surface excluding the top and bottom areas. Total Surface Area (TSA) – It includes the area of all the surfaces of the object including the bases.
Curved Surface Area (CSA) = πrl. Here, r = Radius of the circular base of the cone. l = Slant height of the cone. When the cone is in the form of an unrolled lateral area, r is referred to as the length of the arc of a sector and l is referred to as the radius of the sector.
Volume of Cone = (1/3)πr² h. Curved Surface Area (CSA) of Cone = πrl. Total Surface Area (TSA) of Cone = πr(l + r) where, r = radius, l = slant height, h = height, π = 3.14.