91Ó°ÊÓ

For the following exercises, use the Binomial Theorem to write the first three terms of each binomial. $$\left(x^{3}-\sqrt{y}\right)^{8}$$

For the following exercises, find the indicated term of each binomial without fully expanding the binomial. The fourth term of \((2 x-3 y)^{4}\)

For the following exercises, find the indicated term of each binomial without fully expanding the binomial. The fourth term of \((3 x-2 y)^{5}\)

For the following exercises, find the indicated term of each binomial without fully expanding the binomial. The third term of \((6 x-3 y)^{7}\)

For the following exercises, find the indicated term of each binomial without fully expanding the binomial. The eighth term of \((7+5 y)^{14}\)

For the following exercises, find the indicated term of each binomial without fully expanding the binomial. The seventh term of \((a+b)^{11}\)

For the following exercises, find the indicated term of each binomial without fully expanding the binomial. The fifth term of \((x-y)^{7}\)

For the following exercises, find the indicated term of each binomial without fully expanding the binomial. The tenth term of \((x-1)^{12}\)

For the following exercises, find the indicated term of each binomial without fully expanding the binomial. The ninth term of \(\left(a-3 b^{2}\right)^{11}\)

For the following exercises, find the indicated term of each binomial without fully expanding the binomial. The fourth term of \(\left(x^{3}-\frac{1}{2}\right)^{10}\)