<span>120
The simple answer is that 5 items can be arranged 5! (5 factorial) different ways. But let's expand upon that brief answer. We have 5 jobs and 5 machines with which to perform those jobs. So let's look at the 1st machine. Any of 5 of the jobs may be assigned to it. Now we have 4 jobs left unassigned. So let's look at the 2nd machine. For that machine, any of the 4 remaining jobs may be assigned to it, leaving 3 unassigned jobs. We can continue in that fashion, assigning at random one the of 3 remaining jobs to the 3rd machine, one of the 2 remaining jobs to the 4th machine, and finally, the only unassigned job to the 5th machine. So there's 5 * 4 * 3 * 2 * 1 = 5! = 120 different ways to assign those 5 jobs to all 5 machines.</span>
Adding all of that would equal to $1,346
Answer:
The correct answer is option B.
Explanation:
The multiplier shows the increase in total production due to change in expenditure.
The change in total expenditure is always greater than the change in expenditure.
This happens because a change in autonomous expenditure leads to grater change in the induced expenditure
Consequently, the value of multiplier is always greater than 1.
Because it involves the growing in third dependency among. The Konomi‘s of the world; mold to national nature of sourcing, manufacturing, trading and investment activities increasing frequency of cross-border.
Answer:
Blood enters the right atrium via the superior and inferior vena cava, flows to the right ventricle and then into the lungs, returns from the lungs to the left atrium and left ventricle, and exits out the aorta
Explanation:
The blood stream will flow to the right artium through the vena cava and moves to the right ventricle as well as the lungs. The blood is then returned back to the left atrium and ventricle from the lungs. It later flows out through the aorta. That is the sequence of flow of the blood streams to and from the lungs.
