Praise be to God, who said: {And establish prayer and pay zakat and lend to God a good loan, and whatever good you put forward for yourselves you will find with God. It is better and greater in reward. Ask forgiveness of God. Indeed, God is Forgiving, Most Merciful. May blessings and peace be upon Muhammad, the servant of God, and His Messenger, may God bless him and grant him peace, who said: “Islam is built on five Testifying that there is no god but God and that Muhammad is the Messenger of God, establishing prayer, paying zakat, Hajj, and fasting Ramadan” ().
Now that follows: Islamic law aims to make man happy in this world and the afterlife, starting with faith in God Almighty until the end of the legal obligations. This is attested to by the words of God Almighty: {Whoever does righteousness, whether male or female, and is a believer - We will surely give him a good life and We will reward him. Their reward is for the best of what they used to do} and the Almighty says : {And it will be said to those who fear, “What has your Lord sent down?” They say, “Good.” For those who do good in this world is good, and the abode of the Hereafter is better. And most excellent is the abode of the righteous.) {Jinn They will enter Eden. Underneath rivers flow. They have therein whatever they wish. Thus Allah rewards the righteous.}
There is no doubt that societies governed by God’s law have less crime, more virtue, security and love prevail, and social solidarity and a coming together of hearts based on God’s law, as was clear in the best centuries. Zakat is the third of the five pillars of Islam, and it has benefits for the rich. And the poor. Its benefit to the rich is that it brings blessing, growth, and purification to their wealth. It also brings good deeds to them for responding to the command of God Almighty. It also brings them happiness in both worlds if it is given sincerely, and indicates generosity and piety. Its benefit is for those who deserve it, as it relieves the severity of need from the pain of hunger, cold, illness, and envy, and encourages the call to God, such as jihad, strengthens the faith of the weak in faith, and alleviates distress for those in debt, and it is one of the means of preserving religion, life, money, and honor. The subject of this research is one of the types on which zakat is required, which is real estate prepared for sale and it is a commercial offering, and this is one of the most important types on which zakat is required. Because trade is one of the greatest sources of income for nations and individuals in all times, and its importance increases as societies become more civilized and financial dealings diversify. In this era, there has been a lot of dealing in commercial real estate projects prepared for sale, or for sale and lease. Questions have increased, and referendums have varied about the ruling on zakat on real estate prepared for sale. For sale. For this reason, we decided to research this topic in order to benefit and benefit our Muslim brothers. We ask God to help us in this, and to benefit from it. Indeed, He is capable of all things.
Background: Cancer is a lethal disease that results from a multifactorial process. Progression into carcinogenesis and an abnormal cell proliferation can occur due to the micro and macro environment as well as genetic mutations and modifications. In this review, cancer and the microbiota – mainly bacteria that inhabit the tumour tissue – have been discussed. The positive and negative impacts of the commensal bacteria on tumours being protective or carcinogenic agents, respectively, and their strategies have also been described. Methods: Related published articles written in English language were searched from Google Scholar, PubMed, Mendeley suggestions, as well as Google search using a combination of the keywords ‘Microbiota, commens
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Photonic Crystal Fiber Interferometers (PCFIs) are greatly used
for sensing applications. This work presents the fabrication and
characterization of a relative humidity sensor based on Mach-
Zehnder Interferometer (MZI), which operates in reflection mode.
The humidity sensor operation based on the adsorption and
desorption of water vapour at the silica-air interface within the PCF.
The fabrication of this sensor is simple, it only includes splicing and
cleaving the PCF with SMF.PCF (LMA-10) with a certain length
spliced to SMF (Corning-28).
The spectrum of PCFI exhibits good sensitivity to humidity
variations. The PCFI response is observed for a range of humidity
values from (27% RH to 85% RH), the positi
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Anticyclone of synoptic studies that influence weather and climate of Iraq, The aim of
the study is to clarify the effect variation of repetition of Anticyclone and effect on thermal
characteristic in Iraq were pressure level has been analyzed (1000) millibars and that because
of pressure level is the closet to the earth surface and the clarity of climatic phenomenon
based on a systematic analysis of synoptic seeking maps and observation and (12:00)
according to timing GMT for five climatic stations which is (Mosul, Kirkuk, Baghdad, Rutba,
and Basra) and so far three consecutive climatic cycles which is first climatic cycle for period
(1986-1976). and second climatic cycle for period (1997-1987) and third climatic cy
Films of silver oxide of different thickness have been prepared by the chemical spray paralysis. Transmission and absorption spectra have recorded in order to study the effect of increasing thickness on some optical parameter such as reflectance, refractive index , and dielectric constant in its two parts . This study reveals that all these paramters affect by increasing the thickness .
Hydrocarbon displacement at the pore scale is mainly controlled by the wetness properties of the porous media. Consequently, several techniques including nanofluid flooding were implemented to manipulate the wetting behavior of the pore space in oil reservoirs. This study thus focuses on monitoring the displacement of oil from artificial glass porous media, as a representative for sandstone reservoirs, before and after nanofluid flooding. Experiments were conducted at various temperatures (25 – 50° C), nanoparticles concentrations (0.001 – 0.05 wt% SiO2 NPs), salinity (0.1 – 2 wt% NaCl), and flooding time. Images were taken via a high-resolution microscopic camera and analyzed to investigate the displacement of the oil at dif
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The study included a statement toxicity of some heavy metals individually and collectively and the existence of plant nutrients in the center Agirenk bluish green moss growth and Askhaddm biomass as an indicator of the study, in addition to portability moss on the accumulation of the metal
This paper studies the effect of mean wind velocity on tall building. Wind velocity, wind profile and wind pressure have been considered as a deterministic phenomenon. Wind velocity has been modelled as a half-sinusoidal wave. Three exposures have been studied B, C, and D. Wind pressure was evaluated by equation that joined wind pressure with mean wind velocity, air density, and drag coefficient.
Variations of dynamic load factor for building tip displacement and building base shear were studied for different building heights, different mode shapes, different terrain exposures, and different aspect ratios of building plan. SAP software, has been used in modelling and dynamic analysis for all case studies.
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