prove integration of DX=X when x=0.
Answers
Answer:
dx=x
x=0 then
d×0=0
0=0
Answer:
Why is the integration of dx equal to x?
Why is the integration of dx equal to x?Answer
Why is the integration of dx equal to x?Answer7
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Why is the integration of dx equal to x?Answer7FollowRequestMoreAd by Amazon.inSale ends on 13th November!Bring home the latest home and kitchen products with Amazon Great Indian Festival!Shop Now
Why is the integration of dx equal to x?Answer7FollowRequestMoreAd by Amazon.inSale ends on 13th November!Bring home the latest home and kitchen products with Amazon Great Indian Festival!Shop Now15 Answers
Why is the integration of dx equal to x?Answer7FollowRequestMoreAd by Amazon.inSale ends on 13th November!Bring home the latest home and kitchen products with Amazon Great Indian Festival!Shop Now15 Answers
Why is the integration of dx equal to x?Answer7FollowRequestMoreAd by Amazon.inSale ends on 13th November!Bring home the latest home and kitchen products with Amazon Great Indian Festival!Shop Now15 AnswersMarco Wong, Student of life first, student of math in UBC next
Why is the integration of dx equal to x?Answer7FollowRequestMoreAd by Amazon.inSale ends on 13th November!Bring home the latest home and kitchen products with Amazon Great Indian Festival!Shop Now15 AnswersMarco Wong, Student of life first, student of math in UBC nextAnswered January 22, 2017 · Upvoted by Anton Fahlgren, M.S. Mathematics, Stockholm University (2018)
Why is the integration of dx equal to x?Answer7FollowRequestMoreAd by Amazon.inSale ends on 13th November!Bring home the latest home and kitchen products with Amazon Great Indian Festival!Shop Now15 AnswersMarco Wong, Student of life first, student of math in UBC nextAnswered January 22, 2017 · Upvoted by Anton Fahlgren, M.S. Mathematics, Stockholm University (2018)Integration of any function finds the area underneath the curve/line.
Why is the integration of dx equal to x?Answer7FollowRequestMoreAd by Amazon.inSale ends on 13th November!Bring home the latest home and kitchen products with Amazon Great Indian Festival!Shop Now15 AnswersMarco Wong, Student of life first, student of math in UBC nextAnswered January 22, 2017 · Upvoted by Anton Fahlgren, M.S. Mathematics, Stockholm University (2018)Integration of any function finds the area underneath the curve/line.Now, think of the line y = 1. We integrate that, with respect to x, and that supposedly will tell us the area under the line in which we get x. Why isn’t this a number, or why is this dependant on x? This is what the bounds are for! From 0 to 1, for example, the area from this formula will be 1 (we just sub in 1 as x minus x = 0).
Why is the integration of dx equal to x?Answer7FollowRequestMoreAd by Amazon.inSale ends on 13th November!Bring home the latest home and kitchen products with Amazon Great Indian Festival!Shop Now15 AnswersMarco Wong, Student of life first, student of math in UBC nextAnswered January 22, 2017 · Upvoted by Anton Fahlgren, M.S. Mathematics, Stockholm University (2018)Integration of any function finds the area underneath the curve/line.Now, think of the line y = 1. We integrate that, with respect to x, and that supposedly will tell us the area under the line in which we get x. Why isn’t this a number, or why is this dependant on x? This is what the bounds are for! From 0 to 1, for example, the area from this formula will be 1 (we just sub in 1 as x minus x = 0).You can calculate the area from x = 0 to 1 for y = 1! It’s just a square. So the area would be 1 x 1 (base x height). Test it for x = 2, or x as any finite number and you will get same result.
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