Member of the Week : SmartDesiKid - Page 219

Originally posted by: apparaohoare

FANTASTIC BROTHER. YOU ARE A GENIUS.

thanks 😃

Originally posted by: SmarterDesiKid

that's a lot😕

Batao yaar itni lambi list mein mera naam hote hue bhi mujhe bhool gaya.Hai re meri kismat.😆

😭

Originally posted by: desi.babe

c dat an u an no 1 elze missed ma

heard this in a movie "u miss those who are forgotten..I didn't forget you" 👍🏼

Hello sejal, kaisi ho?

Vinnie bache ko mushkil kaam diya hai, par I think I am wrong iske liye mushkil kuch nahin.

Originally posted by: vinnie-thepooh

Sunny,

Just imagine that all the girls in the list below are your age group and none of thenm is ur didi.One day you decide to propose to each of these ladies.How will you impress each of them.The list is:

VINNIE:

DAISY:

JAYA:

ANU#1:

ANU#2:

MANJU:

GAURI:

NOOPUR:

TANISHA:

DESI.BABE:

PALLAVI:

SMRITI:

P.S.:Ladies pls don"t take anything seriously its just fun 😛 and if i forgot someone pls PM me

okay - A proposel right???

here's a proposal I gave to my science teacher 😉

Proposal

The 3-Egg drop project will consist of many materials. It will have 3 ornaments, couple of parachutes and/or foam dishes, some balloons, many rubber bands and a container. The mass of the container, with all the attachments (balloons, parachutes, etc), will not exceed the mass of 300 Grams. My actual container will have many backups. If the parachutes and/or foam dishes fail to work, then the balloons on the bottom will be the backup. If the balloons fail, then the rubber bands in the container will take over. The ornaments will be locked in the container because of the rubber bands surrounding it. There will be a parachute and/or a foam dish in each corner and in the middle, or one large parachute and/or a foam dish in the middle. There will be a small opening, a little bigger than the size of the ornaments, on the side of the container which is going to be covered by a door. It will be possible to take of the door once the container has landed, and also possible to put the door on before the launch. There will be a balloon on each side of the container (except for the top) pointing down (the thing you blow into will be near the top, and will be open). It will be like this because the balloons will blow out all the air causing the parachutes to work. This is an example of air resistance. If this fails than the container will land softly because of the balloons on the bottom. If this fails then the ornaments inside will still not break. They will be locked, or be loose a little, by the rubber bands. They will bounce around but not break. This is how I plan to keep the ornaments in ONE piece when it lands and when you open the container.

There are many problems in which I can solve by doing this project. The problem I chose is: What is the Kinetic energy of my container half way down. I chose this question to answer because it doesn't require any complicated math to solve it. I am given the formula of kinetic energy, which is M*(V*V). To find velocity, I have to know the time it took my object to travel the distance between Mr. Hughes' window and the ground. The mass is not going to be greater than 300g. There are physics behind this project. They are Air resistance, newtons 3^rd law of motion, Newtons 1^st law of motion and Gravity. There is Air resistance because of the parachutes and the foam dishes. The parachute is thin and light enough so that the air won't go through it, in fact it will stay under it keeping go slower than it normally would without the parachute. The foam dishes will also create air resistance because of the same reason. Newtons 3^rd law will also be applied. For every reaction, there is an equal nut opposite reaction. Let's say that the container lands and hits the ground with 20N of force, the ground will push back with 20N of force, but the balloons on the bottom might affect this by lowering the force the ground hits back with. Newtons 1^st law is also applied. An object in motion will stay in motion, unless acted upon by an outside force. The ornaments inside will be traveling with container. When the container lands, the ornaments will travel in the same speed and, if the rubber bands weren't there, the ornaments will crash to the bottom of the container, and break. Gravity would pull the container down. Gravity also causes the parachutes to work. Gravity would create air resistance, by pulling the container down and blocking the air to go through the parachutes. Lastly, my container will land and the ornaments will remain in ONE piece.

Originally posted by: SmarterDesiKid

okay - A proposel right???

here's a proposal I gave to my science teacher 😉

Proposal

The 3-Egg drop project will consist of many materials. It will have 3 ornaments, couple of parachutes and/or foam dishes, some balloons, many rubber bands and a container. The mass of the container, with all the attachments (balloons, parachutes, etc), will not exceed the mass of 300 Grams. My actual container will have many backups. If the parachutes and/or foam dishes fail to work, then the balloons on the bottom will be the backup. If the balloons fail, then the rubber bands in the container will take over. The ornaments will be locked in the container because of the rubber bands surrounding it. There will be a parachute and/or a foam dish in each corner and in the middle, or one large parachute and/or a foam dish in the middle. There will be a small opening, a little bigger than the size of the ornaments, on the side of the container which is going to be covered by a door. It will be possible to take of the door once the container has landed, and also possible to put the door on before the launch. There will be a balloon on each side of the container (except for the top) pointing down (the thing you blow into will be near the top, and will be open). It will be like this because the balloons will blow out all the air causing the parachutes to work. This is an example of air resistance. If this fails than the container will land softly because of the balloons on the bottom. If this fails then the ornaments inside will still not break. They will be locked, or be loose a little, by the rubber bands. They will bounce around but not break. This is how I plan to keep the ornaments in ONE piece when it lands and when you open the container.

There are many problems in which I can solve by doing this project. The problem I chose is: What is the Kinetic energy of my container half way down. I chose this question to answer because it doesn't require any complicated math to solve it. I am given the formula of kinetic energy, which is M*(V*V). To find velocity, I have to know the time it took my object to travel the distance between Mr. Hughes' window and the ground. The mass is not going to be greater than 300g. There are physics behind this project. They are Air resistance, newtons 3^rd law of motion, Newtons 1^st law of motion and Gravity. There is Air resistance because of the parachutes and the foam dishes. The parachute is thin and light enough so that the air won't go through it, in fact it will stay under it keeping go slower than it normally would without the parachute. The foam dishes will also create air resistance because of the same reason. Newtons 3^rd law will also be applied. For every reaction, there is an equal nut opposite reaction. Let's say that the container lands and hits the ground with 20N of force, the ground will push back with 20N of force, but the balloons on the bottom might affect this by lowering the force the ground hits back with. Newtons 1^st law is also applied. An object in motion will stay in motion, unless acted upon by an outside force. The ornaments inside will be traveling with container. When the container lands, the ornaments will travel in the same speed and, if the rubber bands weren't there, the ornaments will crash to the bottom of the container, and break. Gravity would pull the container down. Gravity also causes the parachutes to work. Gravity would create air resistance, by pulling the container down and blocking the air to go through the parachutes. Lastly, my container will land and the ornaments will remain in ONE piece.

too funny comeon answer the question 😡

Originally posted by: SmarterDesiKid

okay - A proposel right???

here's a proposal I gave to my science teacher 😉

Proposal

The 3-Egg drop project will consist of many materials. It will have 3 ornaments, couple of parachutes and/or foam dishes, some balloons, many rubber bands and a container. The mass of the container, with all the attachments (balloons, parachutes, etc), will not exceed the mass of 300 Grams. My actual container will have many backups. If the parachutes and/or foam dishes fail to work, then the balloons on the bottom will be the backup. If the balloons fail, then the rubber bands in the container will take over. The ornaments will be locked in the container because of the rubber bands surrounding it. There will be a parachute and/or a foam dish in each corner and in the middle, or one large parachute and/or a foam dish in the middle. There will be a small opening, a little bigger than the size of the ornaments, on the side of the container which is going to be covered by a door. It will be possible to take of the door once the container has landed, and also possible to put the door on before the launch. There will be a balloon on each side of the container (except for the top) pointing down (the thing you blow into will be near the top, and will be open). It will be like this because the balloons will blow out all the air causing the parachutes to work. This is an example of air resistance. If this fails than the container will land softly because of the balloons on the bottom. If this fails then the ornaments inside will still not break. They will be locked, or be loose a little, by the rubber bands. They will bounce around but not break. This is how I plan to keep the ornaments in ONE piece when it lands and when you open the container.

There are many problems in which I can solve by doing this project. The problem I chose is: What is the Kinetic energy of my container half way down. I chose this question to answer because it doesn't require any complicated math to solve it. I am given the formula of kinetic energy, which is M*(V*V). To find velocity, I have to know the time it took my object to travel the distance between Mr. Hughes' window and the ground. The mass is not going to be greater than 300g. There are physics behind this project. They are Air resistance, newtons 3^rd law of motion, Newtons 1^st law of motion and Gravity. There is Air resistance because of the parachutes and the foam dishes. The parachute is thin and light enough so that the air won't go through it, in fact it will stay under it keeping go slower than it normally would without the parachute. The foam dishes will also create air resistance because of the same reason. Newtons 3^rd law will also be applied. For every reaction, there is an equal nut opposite reaction. Let's say that the container lands and hits the ground with 20N of force, the ground will push back with 20N of force, but the balloons on the bottom might affect this by lowering the force the ground hits back with. Newtons 1^st law is also applied. An object in motion will stay in motion, unless acted upon by an outside force. The ornaments inside will be traveling with container. When the container lands, the ornaments will travel in the same speed and, if the rubber bands weren't there, the ornaments will crash to the bottom of the container, and break. Gravity would pull the container down. Gravity also causes the parachutes to work. Gravity would create air resistance, by pulling the container down and blocking the air to go through the parachutes. Lastly, my container will land and the ornaments will remain in ONE piece.

😆😆😆 Best proposal to ensure that none of us will marry you 😆😆

Btw, good job with the answers so far.

Originally posted by: desi.babe

kkkk fine

an jo hunae peechein tumharein leyein leekha dekha ki nahi 😡😆

yes - I saw it- it was 5 lines right??😆

sejal, when I don't see you I miss you, I may not say it all the time., but I miss you. be happy.

Originally posted by: desi.babe

di am kkkk

came 2 thread after 2dayz an no 1 missed ma😭 ...naa einstein did 😆