![SOLVED: x= x+4 Yes,Rolle'sTheorem can be applied. No,because fis not continueus on the closed interval [a] No,because f is not cifferentiable in the cpen interval ab) Nobecausefab olle' Th m con be SOLVED: x= x+4 Yes,Rolle'sTheorem can be applied. No,because fis not continueus on the closed interval [a] No,because f is not cifferentiable in the cpen interval ab) Nobecausefab olle' Th m con be](https://cdn.numerade.com/ask_images/ff9753fc5d944dbaadc355c47ebc7161.jpg)
SOLVED: x= x+4 Yes,Rolle'sTheorem can be applied. No,because fis not continueus on the closed interval [a] No,because f is not cifferentiable in the cpen interval ab) Nobecausefab olle' Th m con be
![BZ25 High Flow Peristaltic Pump Head,Transparent Visuable 304SST Rolle – ForeShine -Fluidic Solution BZ25 High Flow Peristaltic Pump Head,Transparent Visuable 304SST Rolle – ForeShine -Fluidic Solution](https://cdn.shopify.com/s/files/1/0605/2787/0173/products/4.png?v=1652347206&width=1445)
BZ25 High Flow Peristaltic Pump Head,Transparent Visuable 304SST Rolle – ForeShine -Fluidic Solution
![Using the Rolle's theorem, prove that there is at least one root in (45^1/100,46) of the eqution P(x) = 51x^101 - 2323(x)^100 - 45x + 1035 = 0 Using the Rolle's theorem, prove that there is at least one root in (45^1/100,46) of the eqution P(x) = 51x^101 - 2323(x)^100 - 45x + 1035 = 0](https://d1hj4to4g9ba46.cloudfront.net/questions/1795778_1758852_ans_84c9dc74ad22404b964fd2613295b69f.jpg)