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dua e marefate imam recited by syedeh sussan zare
As Salam Alaikum,Please upload dua e marefate Imam on your website..Thankyou.
Syed Hassan Zare
DUA-E-MARIFAT:
Please Read this Dua as much as possible and let us teach our young ones also so...
As Salam Alaikum,Please upload dua e marefate Imam on your website..Thankyou.
Syed Hassan Zare
DUA-E-MARIFAT:
Please Read this Dua as much as possible and let us teach our young ones also so that they will always be guided in life by Allah swt,our Holy Prophet s.a.w.s peace be upon him and the Hujjat and the Vicergent of Allah s.w.t on earth Imam Mahdi a.t.f.s.who is Our 'RAHBARE DUNIYA WA DEEN'
Ya Allah, Tu mujhay Apni Zaat ko pehchanwa dey, kyun kay agar Tu ne mujhay Apni Zaat ko nahi pehchanwaya tou mein Teray Rasoolallah SAWAW ko nahi pehchan sakon ga.
Ya Allah, Tu mujhay Apnay Rasoolallah SAWAW ko pehchanwa dey, kyun kay agar Tu ne mujhay Apni Rasoolallah SAWAW ko nahi pehchanwaya tou mein Teri Hujjat ASWS ko nahi pehchan sakon ga.
Ya Allah, Tu mujhay Apni Hujja ASWS ko pehchanwa dey, kyun kay agar Tu ne mujhay Apni Hujjat ASWS ko nahi pehchanwaya tou mein apnay Deen se behak jaon ga.
"O Allah introduce Your self to me
For,if you do not introduce Your self to me, I will not recognize Your Prophet (saws).
O Allah make me recognize Your Prophet(saws)
because if I do not recognize Your Prophet (saws),I will not recognize Your Proof [Imam (as)].
For,if you do not make me recognize Your Proof,I will deviate from my religion"
Maula Ali (ASWS) said:
When I want to talk to the Almighty Allah, I offer Namaz
When I want the Almighty Allah to talk with me, I read Quran-e-Pak
Rabbay Sallay Ala Muhammadin Wa Aal-e-Muhammadin Wa-Ajjil Farajahum, Ajjal Allah o Ta'alah Farajak Wa Sehal Allaho Ta'alah Makhrajak Wa Zahoorak Wa Rehmatullah-e-Wa-Barakatahu
More...
Description:
As Salam Alaikum,Please upload dua e marefate Imam on your website..Thankyou.
Syed Hassan Zare
DUA-E-MARIFAT:
Please Read this Dua as much as possible and let us teach our young ones also so that they will always be guided in life by Allah swt,our Holy Prophet s.a.w.s peace be upon him and the Hujjat and the Vicergent of Allah s.w.t on earth Imam Mahdi a.t.f.s.who is Our 'RAHBARE DUNIYA WA DEEN'
Ya Allah, Tu mujhay Apni Zaat ko pehchanwa dey, kyun kay agar Tu ne mujhay Apni Zaat ko nahi pehchanwaya tou mein Teray Rasoolallah SAWAW ko nahi pehchan sakon ga.
Ya Allah, Tu mujhay Apnay Rasoolallah SAWAW ko pehchanwa dey, kyun kay agar Tu ne mujhay Apni Rasoolallah SAWAW ko nahi pehchanwaya tou mein Teri Hujjat ASWS ko nahi pehchan sakon ga.
Ya Allah, Tu mujhay Apni Hujja ASWS ko pehchanwa dey, kyun kay agar Tu ne mujhay Apni Hujjat ASWS ko nahi pehchanwaya tou mein apnay Deen se behak jaon ga.
"O Allah introduce Your self to me
For,if you do not introduce Your self to me, I will not recognize Your Prophet (saws).
O Allah make me recognize Your Prophet(saws)
because if I do not recognize Your Prophet (saws),I will not recognize Your Proof [Imam (as)].
For,if you do not make me recognize Your Proof,I will deviate from my religion"
Maula Ali (ASWS) said:
When I want to talk to the Almighty Allah, I offer Namaz
When I want the Almighty Allah to talk with me, I read Quran-e-Pak
Rabbay Sallay Ala Muhammadin Wa Aal-e-Muhammadin Wa-Ajjil Farajahum, Ajjal Allah o Ta'alah Farajak Wa Sehal Allaho Ta'alah Makhrajak Wa Zahoorak Wa Rehmatullah-e-Wa-Barakatahu
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29:00
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The Shape Train - Learning for Kids - English
A fun, easy way for kids to learn their shapes! Basic shapes explored from triangles to octagons. Climb aboard the shape train!
A fun, easy way for kids to learn their shapes! Basic shapes explored from triangles to octagons. Climb aboard the shape train!
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1:13
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The Fruit Train - Learning for Kids - English
A short fun video showing a children's train pulling giant fruit freight. Kids can read along as the fruit rumbles by. Whoo whoo! Chugga chugga!
A short fun video showing a children's train pulling giant fruit freight. Kids can read along as the fruit rumbles by. Whoo whoo! Chugga chugga!
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[1] Kids Aboard - English
Kids Aboard - Episode 01
Join Captain Muz and his friend the Parrot in this brand new wacky show for kids. Featuring Story Time, Quiz Whiz and an Art show. Learn about animals, the world around...
Kids Aboard - Episode 01
Join Captain Muz and his friend the Parrot in this brand new wacky show for kids. Featuring Story Time, Quiz Whiz and an Art show. Learn about animals, the world around us and Islam.
More...
Description:
Kids Aboard - Episode 01
Join Captain Muz and his friend the Parrot in this brand new wacky show for kids. Featuring Story Time, Quiz Whiz and an Art show. Learn about animals, the world around us and Islam.
54:24
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[2] Kids Aboard - English
Join Captain Muz and his friend the Parrot in this brand new wacky show for kids. Featuring Story Time, Quiz Whiz and an Art show. Learn about animals, the world around us and Islam.
Join Captain Muz and his friend the Parrot in this brand new wacky show for kids. Featuring Story Time, Quiz Whiz and an Art show. Learn about animals, the world around us and Islam.
0:50
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Science Experiment - Balloon Skewer - All Languages
Some things in this world just don\'t mix - dogs and cats, oil and water, needles and balloons. Everyone knows that a balloon\'s worst fear is a sharp object...even a sharpened, wooden cooking...
Some things in this world just don\'t mix - dogs and cats, oil and water, needles and balloons. Everyone knows that a balloon\'s worst fear is a sharp object...even a sharpened, wooden cooking skewer. With a little scientific knowledge about polymers you\'ll be able to perform a seemingly impossible task... pierce a balloon with a wooden skewer without popping it. Suddenly piercing takes on a whole new meaning!
How Does it Work?
The secret is to uncover the portion of the balloon where the latex molecules are under the least amount of stress or strain.
If you could see the rubber that makes up a balloon on a microscopic level, you would see many long strands or chains of molecules. These long strands of molecules are called polymers, and the elasticity of these polymer chains causes rubber to stretch. Blowing up the balloon stretches these strands of polymer chains. Even before drawing the dots on the balloon, you probably noticed that the middle of the balloon stretches more than either end. You wisely chose to pierce the balloon at a point where the polymer molecules were stretched out the least. The long strands of molecules stretched around the skewer and kept the air inside the balloon from rushing out. It’s easy to accidentally tear the rubber if you use a dull skewer or forget to coat the end of the skewer with vegetable oil. When you remove the skewer, you feel the air leaking out through the holes where the polymer strands were pushed apart. Eventually the balloon deflates… but it never pops.
Oh, just to prove your point, try pushing the skewer through the middle part of an inflated balloon. Well, at least you went out with a bang!
More...
Description:
Some things in this world just don\'t mix - dogs and cats, oil and water, needles and balloons. Everyone knows that a balloon\'s worst fear is a sharp object...even a sharpened, wooden cooking skewer. With a little scientific knowledge about polymers you\'ll be able to perform a seemingly impossible task... pierce a balloon with a wooden skewer without popping it. Suddenly piercing takes on a whole new meaning!
How Does it Work?
The secret is to uncover the portion of the balloon where the latex molecules are under the least amount of stress or strain.
If you could see the rubber that makes up a balloon on a microscopic level, you would see many long strands or chains of molecules. These long strands of molecules are called polymers, and the elasticity of these polymer chains causes rubber to stretch. Blowing up the balloon stretches these strands of polymer chains. Even before drawing the dots on the balloon, you probably noticed that the middle of the balloon stretches more than either end. You wisely chose to pierce the balloon at a point where the polymer molecules were stretched out the least. The long strands of molecules stretched around the skewer and kept the air inside the balloon from rushing out. It’s easy to accidentally tear the rubber if you use a dull skewer or forget to coat the end of the skewer with vegetable oil. When you remove the skewer, you feel the air leaking out through the holes where the polymer strands were pushed apart. Eventually the balloon deflates… but it never pops.
Oh, just to prove your point, try pushing the skewer through the middle part of an inflated balloon. Well, at least you went out with a bang!
1:16
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Science Experiment - Sharpie Pen Color Science - All Languages
It\'s a brand new tie dye technique without the mess... and the results are amazing! This experiment combines chemistry and art to create a design that is sure to get lots of attention
It\'s a brand new tie dye technique without the mess... and the results are amazing! This experiment combines chemistry and art to create a design that is sure to get lots of attention
1:08
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Science Experiment - Fruit-Power Battery - All Languages
Voltaic batteries of all shapes and sizes are objects that convert chemical energy into electrical energy. You probably use batteries to power your cell phone, iPod, or any number of wireless...
Voltaic batteries of all shapes and sizes are objects that convert chemical energy into electrical energy. You probably use batteries to power your cell phone, iPod, or any number of wireless gadgets. But did you know that you can actually use chemical energy stored within a lemon to power a small LED light? It\'s true, and we\'ll show you exactly how in the Fruit-Power Battery experiment. How does it work? Batteries are comprised of two different metals suspended in an acidic solution. With the Fruit-Power Battery, the two metals are zinc and copper. The zinc is in the galvanization of the nail, and the penny is actually copper-plated zinc. The acid comes from the citric acid inside the lemon. The two metal components are electrodes, the parts of a battery where electrical current enters and leaves the battery. With a zinc and copper set-up, the current will flow out of the penny and into the nail. The electricity also passes through the acidic solution inside the lemon. Once the Fruit-Power Battery is connected to the LED, you create a complete circuit. As the electrical current passes through the LED, it lights the LED, and passes back through all of the lemons.
More...
Description:
Voltaic batteries of all shapes and sizes are objects that convert chemical energy into electrical energy. You probably use batteries to power your cell phone, iPod, or any number of wireless gadgets. But did you know that you can actually use chemical energy stored within a lemon to power a small LED light? It\'s true, and we\'ll show you exactly how in the Fruit-Power Battery experiment. How does it work? Batteries are comprised of two different metals suspended in an acidic solution. With the Fruit-Power Battery, the two metals are zinc and copper. The zinc is in the galvanization of the nail, and the penny is actually copper-plated zinc. The acid comes from the citric acid inside the lemon. The two metal components are electrodes, the parts of a battery where electrical current enters and leaves the battery. With a zinc and copper set-up, the current will flow out of the penny and into the nail. The electricity also passes through the acidic solution inside the lemon. Once the Fruit-Power Battery is connected to the LED, you create a complete circuit. As the electrical current passes through the LED, it lights the LED, and passes back through all of the lemons.
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