GRAVITY POSTULATES BY SHERIF MONEM

 

GRAVITY POSTULATES BY SHERIF MONEM

THE LAWS OF NATURE EXIST AS OBSERVED BY OUR EYES AND EXOERIENCES. WE CAN MEASURE THEM OFTEN BY INSTRUMENTS AND WE CAN FIND THEY ARE CONSISTENT.

THEY ARE PUZZLE HOW CAME THEY CAME TO EXIST BUT THEY EXIST NO MATTER WHAT.

LAW OF GRAVITY EXIST ON DAILY BASIS AND THE MOST COMMON TO OBSERVE AS OBJECTS FALL TO THE GROUND AS THEY LET LOOSE.

WE KNOW ABUNDANTLY NEWTON LAW OF GRAVITATIONAL FORCE BETWEEN TWO BODIES. HOWEVER, MY POSTULATES BESIDE NEWTON GRAVITIONAL FORCE THERE EXIST AN ADDITIONAL GRAVITATIONAL FORCE BETWEEN TWO BODIES AND THIS IS GRAVITAIONAL ROTATIONAL FORCE AROUND THE AXIS CONNECTING TWO BODIES THEY TEND TO ROTATE AROUND THIS AXIS IN OPPOSITE DIRECTIONS WHERE THE INFLUENCE OF THE LARGER BODY MASS WILL BE MUCH STRONGER THAN THE INFLUENCE OF THE SMALL BODY MASS ON THE LARGER BODY MASS.

THE AMOUNT OF SUCH ROTATIONAL FORCE AND ROTAIONAL FREQUENY TO BE DERTERMINED.

A THIRD FORCE WILL BE ROTATIONAL FORCE RELATIVE ONE OVER THE OTHER WHERE THE SMALLER OBJECT WILL TEND TO ROTATE AROUND THE LARGER OBJECT.

SO THIS IS THE SUMMARY OF THE THREE GRAVITAIONAL FORCEES BETWEEN TWO OBJECT BODIES AND TWO GRAVITATIONAL FORCES BEEN ADDED TO THE CARDINAL NEWTON GRAVITATIONAL FORCE.

AS OBSERVED THE EARTH AND PLANETS ROTATE AROUND THE SUN AND THE CASE OF EARTH ROUGHLY ROTATES AROUD THE AXIS CONNECTING THE SUN.

THERE ARE THE ELECTRONS ROTATING AROUND THE PROTONS IN THE ATOMIC LEVEL.

THE STARS IN GALAXIS ROTATING AROUND THE POWERFUL MASSIVE CENTER AND PULLED TOWARDS THE CENTER AS WELL CREATING SPIRAL MOVEMENT.

السير إسحاق نيوتن

لسير إسحاق نيوتن (25 ديسمبر 1642 - 20 مارس 1727) عالم إنجليزي يعد من أبرز العلماء. مساهمة في الفيزياء والرياضيات عبر العصور وأحد رموز الثورة العلمية. شغل نيوتن منصب رئيس الجمعية الملكية، كما كان عضوًا في البرلمان الإنجليزي، إضافة إلى توليه رئاسة دار سك العملة الملكية، وزمالته لكلية الثالوث في كامبريدج وهو ثاني أستاذ لوكاسي للرياضيات في جامعة كامبريدج. أسس كتابه الأصول الرياضية للفلسفة الطبيعية الذي نشر لأول مرة عام 1687، لمعظم مبادئ الميكانيكا الكلاسيكية. كما قدم نيوتن أيضًا مساهمات هامة في مجال البصريات، وشارك غوتفريد لايبنتز في وضع أسس التفاضل والتكامل. صاغ نيوتن قوانين الحركة وقانون الجذب العام التي سيطرت علي رؤية العلماء للكون المادي للقرون الثلاثة التالية. كما أثبت أن حركة الأجسام على الأرض والأجسام السماوية يمكن وصفها وفق نفس مبادئ الحركة والجاذبية. وعن طريق اشتقاق قوانين كبلر من وصفه الرياضي للجاذبية، أزال نيوتن آخر الشكوك حول صلاحية نظرية مركزية الشمس كنموذج للكون.

There are different types of energies by Sherif S. Monem sherifsmonem

There are energies of different characteristics. I do not mean kinetic energy or static energy.

The Speed of Light and How to Define speed? by Sherif S. Monem sherifsmonem

In physics when it is hard to define a subject you try to define it in terms of other undefined subjects and this what makes science great. Such a case is to how to seek and define speed of light? In order to define the speed of light one needs to define what is the distance? and what is the time in absolute sense? I our daily life and on planet earth measuring distance and time we can measure these two terms in close absolute certainty but this is not the case in cosmos and in between planets in the solar system and in between the stars.

Michelson–Morley experiment Limitation and Speed of Light BY Sherif S. Monem

The limitation of Michelson-Morely experiment and deduction that speed of light is constant is encountered that the experiment is performed in uniform gravitation field. This would not be the case where there is gravitation gradient and travelling at vast distances.

Stipulations Rotational Gravitation Force by Sherif S Monem

There would be gravitational gravity forces between bodies as well as the gravitational pull that are all known in our experiences and text books. The gravitational gravity forces between bodies is a stipulation on  my part.

The Murkey Notion of Numeral One by Sherif S. Monem

The concept of "One" is invariably successfully used in our lives. However, in absolute sense there is no thing can be called one. To call something one you have to define it very precisely and there is no such thing. So say one tree and then if you take all the branches will it be still a one tree? if you chop it will it be a one tree? if you keep chopping will it remain a one tree? Another example one Child, how old when he/she have changed from a child in common meaning from baby and how old for child to be called an adult in pure sense.
How much you can take from body of car to still be called one car.
So the concept of one in absolute sense is vague and just a notion.