A self composed poem on "Mathematics in our daily life "
Answers
Answer:
Mathematics makes our life orderly and prevents chaos. Certain qualities that are nurtured by mathematics are power of reasoning, creativity, abstract or spatial thinking, critical thinking, problem-solving ability and even effective communication skills.
Step-by-step explanation:
Mathematics is possibly one of the most underappreciated sciences. It everywhere in our lives, mathematics runs our computers, flies our aircraft, and protects our information. But for such a major part of our lives, very few people can say that they know how it is done, how the RSA encryption protects their e-mail, or even that 21 squared is 441 without going into tedious mental calculations or reaching for their calculator. Contrary to popular belief, mathematics has a wide range of useful applications. Those who would ask whenever they would need algebra, both linear algebra and calculus is used extensively in computer programming and engineering. The fact is that mathematics is integrated into almost every profession, and every…show more content…
There are some issues with this system. For example, imagine that both Person A and Person B want to include a third person in their correspondences, Person C. First they would need to give Person C a key, through some sort of secure system, preferably a face-to-face meeting. But what if Person C lives in Alaska and both Person A and Person B don’t have the time, money, or desire to travel to Alaska to give Person C the key, nor does Person C want to travel to Person A or B. This is a key weakness of the symmetric key system. In an asymmetric key system, Person A sends many open locks to Person B, these locks can be put on messages and only Person A has the key to them. Person B does the same thing, now if they wish to include Person C all Person C need to do is send open locks to Person A and Person B. In real life, there are usually two keys, one for encryption and one for decryption, and these keys are in fact, usually numbers which determine how the message is encoded. Now we are going to work off a common example, your credit company. Most public key cryptography will have your encryption key public, anyone can view it, and use it, but only you can decrypt it. So if someone wanted to send you a message, they would take your key, encrypt your message, and leave it in your mailbox, you would then use your decryption key, to decipher