![Question Video: Differentiating Functions Involving Exponential Functions Using the Product Rule | Nagwa Question Video: Differentiating Functions Involving Exponential Functions Using the Product Rule | Nagwa](https://media.nagwa.com/595157046413/en/thumbnail_l.jpeg)
Question Video: Differentiating Functions Involving Exponential Functions Using the Product Rule | Nagwa
![Given `f' (1) = 1 and d/(dx) f(2x))=f'(x) AA x gt 0`. If `f' (x)` is differentiable then t - YouTube Given `f' (1) = 1 and d/(dx) f(2x))=f'(x) AA x gt 0`. If `f' (x)` is differentiable then t - YouTube](https://i.ytimg.com/vi/5yVk6IYYdoA/maxresdefault.jpg)
Given `f' (1) = 1 and d/(dx) f(2x))=f'(x) AA x gt 0`. If `f' (x)` is differentiable then t - YouTube
Let u (x) and v(x) satisfy the differential equations du/dx + p(x) u = f(x) and dv/dx + p (x) v = g (x), - Sarthaks eConnect | Largest Online Education Community
![SOLVED: Differentiation Integration = nx' + " + 1 Jx"dx = +C, n ≠-1, n ≠+1 [f(x)g(x)] = f(x)g'(x) + f'(x)g(x) ax Jax"dx = +C, n ≠-1, n ≠+ SOLVED: Differentiation Integration = nx' + " + 1 Jx"dx = +C, n ≠-1, n ≠+1 [f(x)g(x)] = f(x)g'(x) + f'(x)g(x) ax Jax"dx = +C, n ≠-1, n ≠+](https://cdn.numerade.com/ask_images/25fced82e5f2436da013c4595131ec57.jpg)
SOLVED: Differentiation Integration = nx' + " + 1 Jx"dx = +C, n ≠-1, n ≠+1 [f(x)g(x)] = f(x)g'(x) + f'(x)g(x) ax Jax"dx = +C, n ≠-1, n ≠+
![Math /3.2 - Derivatives of Polynomials and Exponential Functions and the Product and Quotient Rules. - ppt download Math /3.2 - Derivatives of Polynomials and Exponential Functions and the Product and Quotient Rules. - ppt download](https://slideplayer.com/slide/12818662/78/images/8/Quotient+Rule%3A+%F0%9D%92%85+%F0%9D%92%85%F0%9D%92%99+%F0%9D%92%87+%F0%9D%92%99+%F0%9D%92%88+%F0%9D%92%99+%3D+%F0%9D%92%88+%F0%9D%92%99+%F0%9D%92%85+%F0%9D%92%85%F0%9D%92%99+%F0%9D%92%87+%F0%9D%92%99+%E2%88%92%F0%9D%92%87+%F0%9D%92%99+%F0%9D%92%85+%F0%9D%92%85%F0%9D%92%99+%F0%9D%92%88+%F0%9D%92%99+%F0%9D%92%88+%F0%9D%92%99+%F0%9D%9F%90+In+other+words%2C+%F0%9D%92%87+%F0%9D%92%88+%E2%80%B2+%3D+%F0%9D%92%88+%F0%9D%92%87+%E2%80%B2+%E2%88%92%F0%9D%92%87+%F0%9D%92%88+%E2%80%B2+%F0%9D%92%88+%F0%9D%9F%90+Ex+5..jpg)