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mvi c,ooh lxi h,foooh mov a.m lxi h add m jnc inr c inx h mov m,a inx h mov m,c hlt
<iostream.h> is an old style of programming and does not allow using namespaces. If you use <iostream> you can use namespaces, and limit number of predefined function (not used) included with your program.
the difference is that in pvc h-c is replaced with c-cl. c-cl is less oxidisible by air while h-cl is oxidisable hence flamable while cl-c doesn't
Source files use a .cpp file extension, while headers use .hpp. However, this is merely a convention. Most C++ programmers use .h for all headers, even though this convention implies a C-style header rather than a C++ header. Ultimately, the extension is immaterial. If the file can be included in other files, then it is a header, otherwise it is a source file.
In english T e c h n i c a l .
Chances are the C and the H are together with multiple amounts. If so you'll get carbon dioxide (CO2) and water (H2O)
R - c - h -----> r - c- h
H plus ions would not flow
...........H..H.H ...........|...|..| H-C=C-C-C-C-H ....|...|..|...|..| ....H..H..H..H.H thats 1-pentene when you add Br2 to that it, it adds across the C to C double bond. ...Br..BrH.H.H ....|...|..|...|..| H-C-C-C-C-C-H ....|...|..|...|..| ....H..H..H..H.H this is an example of an addition reaction
H plus ions would not flow
H plus ions would not flow
I would tell, no reaction will occur the way the question has been asked.
2H - C - H + NaOH ------> H- C - O -Na + CH3 - OH
C. O ll -C-O-H
.h for headers, .cpp or .cc for sources
:a = .5(hb+c) :2a = hb+c :2a−c = hb :(2a−c)/h = b
Yes as Propane is in the homologous series and propane is the very simplest of them so it only has one covalent bond. eg: H-H H-C-C-H H H