#continous

if f is continous on an open interval containing a and x and then we first integrate the function f and then differentiate with respect to x, then the result we get is the function f again.

Suppose that f is continuous at a closed interval [a,b] if the function F is defined on a closed interval [a, b] by where a is a real number, Then F is the anti-derivative of f. in other words, F'(x) = f(x) consider the relationships: then f(x) = x2 and Note: We use the dummy variable (t) in the integrand to avoid confusion with the upper limit x. Sometimes the fundamental theorem of…

I will praise you every day; yes, I will praise you forever (psalm 145:2, NLT).

As creatures of habit, sometimes we praise God only at a particular time of the day or week. However, praise for the Lord should never be reserved for mealtime, bedtime, or church. We should always praise God to the greatest of our ability. Make a conscious effort to render praises and lift your voice to God and thank him for all that he has done in your life. Give God praises with a thankful…