As mentioned in earlier exercise. Now do that assignment without assuming that the population standard deviations are the same.

(a) For an eight-state sequential circuit using three flip-flops, give three state assignments that assign 000 to $S_0$ and are equivalent to a straight binary assignment. (b) Give three state assignments that assign 111 to $S_0$ and are not equivalent to a straight binary assignment or to each other.

Which of the following are not valid assignment statements?
$A)$ total = 9;
$B)$ 72 = amount;
$C)$ yourAge = myAge;

What is returned by the function that overloads the operator << for a class?

Describe an assignment of random numbers to possible results in order to simulate the player's next 20 at-bats.

Insert an adjective clause to modify the noun or pronoun in italics.
Our first assignment,_____, was due on Tuesday.

What is the purpose of the % operator in a macro definition?

Prove that if $T$ is a unitary operator on a finite-dimensional inner product space $V,$ then $T$ has a unitary square root: that is, there exists a unitary operator U such that $T=U^{2}$

The Boolean operator ⊕, called the XOR operator, is defined by 1 ⊕ 1 = 0, 1 ⊕ 0 = 1, 0 ⊕ 1 = 1, and 0 ⊕ 0 = 0. Show that x ⊕ y = y ⊕ x.

In a college clas s, 70% of the tudents who receive an "A" on one assig nment will receive an "A" on the next assignment. On the other hand, 10% of the students who do not receive an "A" on one assig nment will receive an "A" on the next assignment. Find and interpret the steady state matrix for this situation.

Briefly describe how the && operator works.

Using the fact that the radial momentum operator is given by $\hat{p}_r=-i \hbar \frac{1}{r} \frac{\partial}{\partial r} r$, calculate the commutator $\left[\hat{r}, \hat{p}_r\right]$ between the position operator, $\hat{r}$, and the radial momentum operator.

Determine whether the statement is true or false, and justify your answer. If there is a nonzero vector in the kernel of the matrix operator

$$T_A: R^n→R^n$$

then this operator is not one-to-one.

What is returned by the function that overloads the operator >> for a class?