Well, if I talk about version then presently there are 12 versions of Android:
Alpha(1.0)
Beta(1.1 )
(C)upcake - (1.5)
(D)onut - (1.6)
(E)clairs - (2.0 - 2.1)
(F)royo - (2.2 - 2.2.3)
(G)ingerbread - (2.3 - 2.3.7)
(H)oneyComb - (3.0 -3.2.6)
(I)ce-Cream Sandwich - (4.0 -4.0.4)
(J)ellybean - (4.1 -4.3.1)
(K)itkat - (4.4)
(L)ollipop - (5.0)
Android versions :-Cupcake, Android 1.5Donut, Android 1.6Eclair, Android 2.0Froyo, Android 2.2Gingerbread, Android 2.3 (currently the latest for cellphones)Android 3.0 (but it has been specially designed for tablets and not cell phones, so stands separately then the conventional versions)
Android is an operating system for mobile phones. Five android versions are Lollipop, marshmallow, gingerbread, alpha and beta.
Android in general can be referred to the company under Google that develops the operating system and devices. Android KitKat is the codename for one of many versions of Android's operating system, version 4.4 in this case.
theres a video on how to hack pokemon android versions on youtube.
Four. Xbox, PC, iPod/iPad/iPhone and Android. There are three official versions, one Minecraft Pocket Edition, you can get it on Android and iPhone.
Android version 2.3 is codenamed Gingerbread. Android likes to codename its versions e.g. 2.2 is froyo
No there isn't any episodes running with Android actually, it's termed as versions and currently the latest version of Android is 5.0 Lollipop !
The main notable versions of Android are 1.6 (used on older devices). Currently used are 2.1, 2.2 and 2.3, which are used in different devices based on their needs and cost.
Yes, the HTC Thunderbolt runs android 2.2 Froyo. One of the newest versions.
It's possible if the apps package is backwards compatible to earlier Android versions.
There are currently eight versions, with a ninth one due later in 2013 (5.0--Key Lime Pie)1.5 Cupcake1.6 Donut2.0+ Eclair2.2 Froyo2.3+ Gingerbread3.0+ Honeycomb4.0 Ice Cream Sandwich4.1+ Jelly Bean
There are three logical operators in C; AND (&), OR (|), and NOT (^). These are the bitwise versions. The combinatorial versions are &&, , and !.