User contributions for Vipul

17:5217:52, 26 August 2011 diff hist +261‎ Sine-squared function ‎ →‎Key data
17:5017:50, 26 August 2011 diff hist +2‎ Cosine-squared function ‎ →‎Key data
17:5017:50, 26 August 2011 diff hist +4‎ Cosine-squared function ‎ →‎Key data
17:4917:49, 26 August 2011 diff hist +290‎ Cosine-squared function ‎ →‎Key data
17:4717:47, 26 August 2011 diff hist +301‎ N Tangent-cubed function ‎ Created page with "{{particular function}} {{angular function radian convention}} ==Definition== This function, denoted <math>\tan^3</math>, is defined as the [[defining ingredient::composite of..."
17:4617:46, 26 August 2011 diff hist +36‎ N Tan^3 ‎ Redirected page to Tangent-cubed function current
17:4417:44, 26 August 2011 diff hist +127‎ Sine-cubed function ‎ →‎Key data
17:4317:43, 26 August 2011 diff hist +1,728‎ N Sine-cubed function ‎ Created page with "{{particular function}} {{angular function radian convention}} ==Definition== This function, denoted <math>\sin^3</math>, is defined as the [[defining ingredient::composite of..."
13:5913:59, 26 August 2011 diff hist +1,852‎ N Tangent-squared function ‎ Created page with "{{particular function}} {{angular function radian convention}} ==Definition== This function is defined as the composite of ..."
13:5113:51, 26 August 2011 diff hist +38‎ N Tan^2 ‎ Redirected page to Tangent-squared function current
13:5013:50, 26 August 2011 diff hist +30‎ N Tan ‎ Redirected page to Tangent function current
13:4913:49, 26 August 2011 diff hist +29‎ N Cos ‎ Redirected page to Cosine function current
13:4813:48, 26 August 2011 diff hist +27‎ N Sin ‎ Redirected page to Sine function current
13:4413:44, 26 August 2011 diff hist +31‎ N Ln ‎ Redirected page to Natural logarithm current
13:4213:42, 26 August 2011 diff hist +6‎ Chain rule for higher derivatives ‎ →‎Particular cases
13:4213:42, 26 August 2011 diff hist +1,014‎ N Chain rule for higher derivatives ‎ Created page with "==Statement== Suppose <math>n</math> is a natural number, and <math>f</math> and <math>g</math> are functions such that <math>g</math> is <math>n</math> times differentiable at ..."
13:3513:35, 26 August 2011 diff hist +46‎ N Leibniz rule ‎ Redirected page to Product rule for differentiation current
13:3413:34, 26 August 2011 diff hist +123‎ Product rule for differentiation ‎ →‎Statement for two functions
13:3313:33, 26 August 2011 diff hist +1,048‎ N Differentiation is linear ‎ Created page with "==Statement== ===In terms of additivity and pulling out scalars=== The following are true: * ''Differentiation is additive'', or ''derivative of sum is sum of derivatives'': I..."
12:3812:38, 26 August 2011 diff hist +1,262‎ N Piecewise definition of function ‎ Created page with "==Definition== A '''piecewise definition of function''' is a method used for defining a function that does the following: * It divides the domain of the function into pairwise ..." current
12:3312:33, 26 August 2011 diff hist +3,111‎ N Pointwise product of functions ‎ Created page with "{{new function from old}} ==Definition== ===For two functions=== Suppose <math>f</math> and <math>g</math> are functions. The '''pointwise product''' (often simply called ..." current
12:2312:23, 26 August 2011 diff hist +13‎ Product rule for differentiation ‎ →‎Statement for two functions
12:2212:22, 26 August 2011 diff hist +934‎ N Chain rule for differentiation ‎ Created page with "==Statement for two functions== Suppose <math>f</math> and <math>g</math> are functions such that <math>g</math> is differentiable at a point <math>x = x_0</math>, and <math..."
11:4611:46, 26 August 2011 diff hist +44‎ N Chain rule for derivatives ‎ Redirected page to Chain rule for differentiation current
11:4611:46, 26 August 2011 diff hist +44‎ N Chain rule ‎ Redirected page to Chain rule for differentiation current
11:4511:45, 26 August 2011 diff hist +9‎ Product rule for higher derivatives ‎ →‎Particular cases
11:4511:45, 26 August 2011 diff hist +1,224‎ N Product rule for higher derivatives ‎ Created page with "==Statement== This states that if <math>f</math> and <math>g</math> are <math>n</math> times differentiable functions at <math>x = x_0</math>, then the [[pointwise product of fu..."
11:3411:34, 26 August 2011 diff hist +279‎ Product rule for differentiation ‎ →‎Statement for multiple functions
11:3211:32, 26 August 2011 diff hist +22‎ N Template:Fillin ‎ Created page with "''Fill this in later''" current
11:3111:31, 26 August 2011 diff hist +2,102‎ Product rule for differentiation ‎No edit summary
11:2211:22, 26 August 2011 diff hist +1,292‎ N Product rule for differentiation ‎ Created page with "==Statement for two functions== ===Verbal statement=== If two (possibly equal) functions are differentiable at a given real number, then their [[poinwise product of functions|p..."
11:1511:15, 26 August 2011 diff hist +46‎ N Product rule ‎ Redirected page to Product rule for differentiation current
11:1311:13, 26 August 2011 diff hist +63‎ Sine-squared function ‎No edit summary
11:1311:13, 26 August 2011 diff hist −2‎ Cosine-squared function ‎ →‎Key data
11:1211:12, 26 August 2011 diff hist +3‎ Cosine-squared function ‎ →‎Key data
11:1211:12, 26 August 2011 diff hist +2,307‎ N Cosine-squared function ‎ Created page with "{{particular function}} {{angular function radian convention}} ==Definition== This function, denoted <math>\cos^2</math>, is defined as the [[defining ingredient::composite of..."
11:0011:00, 26 August 2011 diff hist +24‎ Sine-squared function ‎No edit summary
10:5910:59, 26 August 2011 diff hist +37‎ N Cos^2 ‎ Redirected page to Cosine-squared function current
10:5910:59, 26 August 2011 diff hist +2,086‎ N Composite of two functions ‎ Created page with "==Definition== Suppose <math>f,g</math> are two functions. The '''composite function''' <math>f \circ g</math> is defined as the function: <math>f \circ g = x \mapsto f(g(x..." current
10:5110:51, 26 August 2011 diff hist +4‎ Sine-squared function ‎ →‎Key data
10:5010:50, 26 August 2011 diff hist +479‎ Sine-squared function ‎ →‎Key data
10:4810:48, 26 August 2011 diff hist +1,124‎ N Square function ‎ Created page with "==Definition== The '''square function''' or '''square map''' is a function defined on all real numbers that sends any real number to its square, i.e., its product with itself. ..." current
10:4710:47, 26 August 2011 diff hist +283‎ Sine-squared function ‎ →‎Key data
10:4310:43, 26 August 2011 diff hist +64‎ Sine-squared function ‎ →‎Key data
10:3710:37, 26 August 2011 diff hist +29‎ N X^2 ‎ Redirected page to Square function current
10:3610:36, 26 August 2011 diff hist +33‎ N Sin^3 ‎ Redirected page to Sine-cubed function current
10:3510:35, 26 August 2011 diff hist +1,397‎ N Sine-squared function ‎ Created page with "==Definition== This function, denoted <math>\sin^2</math>, is defined as the composite of the square function and the sine function. Expli..."
10:2910:29, 26 August 2011 diff hist +35‎ N Sin^2 ‎ Redirected page to Sine-squared function current
10:2110:21, 26 August 2011 diff hist +5,923‎ N Calculus:Copyrights ‎ Created page with "This is a common copyright notice to all subject wikis. Original notice available at Ref:Ref:Copyrights. ==General license information== All content is put up under the [ht..."
10:2010:20, 26 August 2011 diff hist +320‎ N Template:Quotation ‎ Created page with "<blockquote class="toccolours" style="float:none; background:white; padding: 10px 15px 10px 15px; display:table;"> {{{1<noinclude>| {{Lorem}}</noinclude>}}}</blockquot..." current

26 August 2011