Weight is the mass of the object * the acceleration due to gravity, so if the gravity changes the weight changes.
Thus, you want to put the situational data on their own, so the ratios you want to set up is:
So a person that weighs 15 pounds on the moon weighs
93.75 pounds on Earth.
This is a combinations problem.
The total number of possible 2-item combinations is (1000 choose 2)
The number of 2-defective combinations is (300 choose 2)
The probability =
We are given that each share will receive a dividend equal
to 56.25. In this problem, we should have been given the total number of shares
that PRH has so that we can know the dividend. Anyway, the formula to calculate
the dividend is:
<span>Dividend = 56.25 * (Number of Shares)</span>
We are given the inequality x < -2 or x ≥ 3 in which the problem asks to determine the domain of the inequality. In this case, this means numbers less than -2 or numbers equal to 3 and greater than three. The relation that illustrates the previous statement is B. x e(-∞,-2) n[3,∞)
