Let`(a_0)/(n+1)+(a_1)/n+(a_2)/(n-1)++(a_(n-1))/2+a_n=0.`Show that there exists at least real `x`between 0 and 1 such that `a_0x^n+a_1x^(n-1)+a_2x^(n-2)++a_n=0`A. at least one zeroB. at most one zeroC. only 3 zerosD. only 2 zeros

Let`(a_0)/(n+1)+(a_1)/n+(a_2)/(n-1)++(a_(n-1))/2+a_n=0.`Show that ther

1.	Let`(a_0)/(n+1)+(a_1)/n+(a_2)/(n-1)++(a_(n-1))/2+a_n=0.`Show that there exists at least real `x`between 0 and 1 such that `a_0x^n+a_1x^(n-1)+a_2x^(n-2)++a_n=0`A. at least one zeroB. at most one zeroC. only 3 zerosD. only 2 zeros
Answer» Correct Answer - A

find the percentage error in calculating the volume of the cubical box if an error of `1%` is made in measuring the length of the edges of the cube.
Let `f`be differentiable for all `x ,`If `f(1)=-2a n df^(prime)(x)geq2`for all `x in [1,6],`then find the range of values of `f(6)dot`A. `f(6)=5`B. `f(6)lt5`C. `f(6)lt5`D. `f(6)gt8`
Let`(a_0)/(n+1)+(a_1)/n+(a_2)/(n-1)++(a_(n-1))/2+a_n=0.`Show that there exists at least real `x`between 0 and 1 such that `a_0x^n+a_1x^(n-1)+a_2x^(n-2)++a_n=0`A. at least one zeroB. at most one zeroC. only 3 zerosD. only 2 zeros
The distance travelled by a particle upto tiem x is given by `f(x)=x^(3)-2x+1.` The time c at which at velocity of the particle is equal to its average velocity between times x=-1 and x=2 sec. isA. 15 secB. `sqrt((3)/(2))` secC. `sqrt(3)` secD. `sqrt((7)/(3))` sec
If `2a+3b+6c=0,`then prove that at least one root of the equation `a x^2+b x+c=0`lies in the interval (0,1).A. (0,1)B. (1,2)C. (2,3)D. none of these