Two's compliment of 8- bit number

-

Aim:-

To find Two's complement of 8-bit number.


Apparatus:-

microprocessor kit.

Data:-
7501-E4H   and  7501-96H

 

Memory address

 

Machine code

 

Mnemonics

 

Operands

 

Comments

 

7000

 

3A,01,75

 

LDA

 

7501 H

 

Get data in H-L pair

 

7003

 

2F

 

CMA

 

 

 

Take 1’s complement

 

7004

 

3C

 

INR

 

A

 

Take 2’s complement

 

7005

 

32,02,75

 

STA

 

7502 H

 

Store the result in 7502 H

 

7008

 

76

 

HLT

 

 

HALT


Procedure:-

1)How to enter the program.
Esc->S->CR->CR S.address(7000)->CR->Esc->S->CR->CR->Data->CR.

2)How to execute the program.
Esc->Go->CR->CR-> S .address->CR.

3)How to check the result.
S->CR->CR->address(7502)->CR.

Result:- 

7502-1CH and  7502-6AH

Comments

Post a Comment

Its not necessary everyone should know everything feel free to ask or tell :)

Popular posts from this blog

Estimation of total chlorophyll by Aron's method

-
Purpose:- Estimation of total chlorophyll by Arnon's method. Requirement:- Spectrophotometer Buchner's funnel, filter paper test tube, Fresh leaves. measuring cylinder pestle & mortar 80% Acetone  Formula:- 20.2 (A645) +802 A663) / 1000 x W Principle:- Chlorophyll is extracted in 80% acetone & the absorption at 660 nm& 645 nm are read in s spectrophotometer using the absorption co-efficient, the amount of chlorophyll is calculated Procedure:- 1) Weigh 1 gm of finely cut & well mixed representative sample of a leaf or fruit tissue into a clean mortar 2) Grind the tissue to a fine pulp with the addition of 20mil of 80% acetone   3) Centrifuge (5000 rpm for 5 min) & transfer the supernatant to a 100 ml volumetric flask  4) Repeat this procedure until the residue is colorless wash the mortar and pestle  thoroughly with 80% acetone and collect the clear washing in the volumetric flask 5) Make up the volume to 100 ml with 80% acetone  6) ...
Read more

Here's what you need to know about sun's coronal heating

-
Image
The sun is a constant source of energy and light for the solar system, but it also holds many mysteries, one of which is the phenomenon of coronal heating. The corona is the outermost layer of the sun's atmosphere and it is much hotter than the surface of the sun itself. While the surface of the sun is around 5,500 degrees Celsius, the corona can reach temperatures of up to 2 million degrees Celsius. This unexplained heating of the corona is known as coronal heating. One theory for coronal heating is called "nanoflare" theory, which proposes that the corona is heated by small, frequent explosions, or nanoflares, that occur throughout the corona. These explosions are thought to be caused by magnetic reconnection, a process in which the sun's magnetic field lines break and then reconnect, releasing large amounts of energy. Another theory is known as "wave heating" which suggests that the corona is heated by waves, such as Alfvén waves, that travel ...
Read more

what would have happened if gravitation force was 9.9 km/s^2 instead of 9.8 km/s^2

-
Image
The force of gravity is one of the most fundamental and ubiquitous forces in the universe, governing the motion of everything from subatomic particles to entire galaxies. But what if the gravitational force was different from what we currently observe? Specifically, what would happen if the gravitational force was 9.9 km/s^2? To begin with, it's important to note that the current gravitational acceleration on the surface of the Earth is approximately 9.8 m/s^2, which means that an object dropped from a height of one meter will fall to the ground at a speed of 9.8 m/s. However, if the gravitational force was 9.9 km/s^2, this would be a thousand times stronger than it currently is. The most obvious consequence of such a strong gravitational force would be the weight of objects on Earth. At 9.9 km/s^2, the weight of an object would be much greater than it currently is, making it much harder for living organisms to move around. This would have a significant impact on the bi...
Read more