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Because b is the mid point of pq, pb = qb. pb is half as long as pq Eq#1....pb = 1/2 pq Eq#2....pq = pb +8 Substitute Eq#1 into Eq #2 pq = 1/2 pq + 8 subtracting1/2 pq from both sides 1/2 pq = 8 pq = 16 problem here: you can't subtract 1/2 ... you would have to divide.
It is the number that precedes pq in the simplified expression.
P x Q
YOU add and multiply
If you are working with real numbers, or even complex numbers, pq is the same as qp, so the result is the same as 2pq. If you use some multiplication that is NOT commutative (such as, when you multiply matrices), you can't simplify the expression.
Mv = pq
If p->q, then the law of the contrapositive is that not q -> not p
The word contrapositive is a noun. The plural noun is contrapositives.
If a conditional statement is true, then so is its contrapositive. (And if its contrapositive is not true, then the statement is not true).
m = pqr/s Multiply both sides by s: ms = pqr Divide both sides by pq: ms/pq = r
The converse of an inverse is the contrapositive, which is logically equivalent to the original conditional.
The second statement is the contrapositive of the first. The contrapositive of a statement reverses and negates both the hypothesis and conclusion. In logical terms, if the first statement is "If P, then Q," the contrapositive is "If not Q, then not P."
The contrapositive would be: If it is not an isosceles triangle then it is not an equilateral triangle.
A contrapositive means that if a statement is true, than the characteristics also pertains to the other variable as well.
If a figure is not a triangle then it does not have three sides ,is the contrapositive of the statement given in the question.
The Method To Add an element in Circular Queue # define MAXQUEUE 100 struct queue{ int items[MAXQUEUE]; int front, rear; } struct queue q; q.front=q.rear=MAXQUEUE -1; void ENQ(struct queue *pq, int x) { /* make room for new element*/ if(pq ->rear = MAXQUEUE - 1) pq-> rear = 0; else (pq->rear)++; /* check for overflow */ if(pq ->rear==pq->front) { printf("queue overflow); exit(1); } pq->items[pq->rear]=x; return; }/* end of ENQ*/ A Method to Delete an element from Circular Queue int DQ(struct queue *pq) { if(pq-> rear == pq-> front) { printf("queue underflow"); exit(1); }/*end if*/ if(pq->front = = MAXQUEUE-1) pq->front=0; else (pq->front)++; return(pq->items[pq->front]);
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