Mathematical Analysis

Use the law of sines.

No, only if both sets are empty. The intersection of disjoint sets is always empty.

8.4

Yes.

You also need to know the business case, the cost of raw material, the production costs, the benefit to consumers, and about a hundred other factors.

You also will need to factor in new technology breakthroughs. In the 1980's, the desktop computers were less powerful than today's hand held calculators and cost well over $10,000.

However, if you just look around you, you will see how we have benefited from science and technology over the years. Don't you know, the cell phone is less than forty years old? And the first ones were big cumbersome suitcase phones. That is just one of hundreds of examples of scientific breakthroughs that are benefiting us today.

2 feet = 2 feet x12 inches = 24 inches
24 inches + 6 inches = 30 inches

60 years of a century in decimal form would be 0.60 of a century.

Greatest common factor of 24 48 and 84 is 4.

15/9=5/3

How: 15/9 divide top and bottom by a number

Number=3 15 divided by 3= 5

9 divided by 3= 3

Loci of a point: -First, draw a point/dot anywhere -Then, decide the distance from the point to the other points (5cm) -Mark 5cm above the first point. -With your compass, place the sharp part on the first point, and the pencil on the second point. Draw a circle, and there! That's the loci of a point.

FYI I asked this question but I want to add that the half hour walk is on flat terrain, asphalt actually and I am 5'5" and 250 lbs (which is why I've been walking, usually longer but I'll take any walking I can get) if that factors in at all. Thanks for any help!

Most places do pay time and a half, some have a set amount of extra pay for holidays, while others pay at the same rate. There is no legal obligation for a private company to pay any kind of holiday pay, just a moral and social obligation.

b/h

4,567 = 4.567 × 103

Euler's dilemma is based on the seven bridges of Konigsberg. The question was could one start at one point and return there having cross each bridge once and only once. The answer, as Euler proved, was No.

This question has important consequences for graph theory and, later, for topology. A popular version of the dilemma was to draw figures without lifting pen from paper.

For more on the Bridges of Konigsberg, see the attached link.

4because 64 divided by 16 equals 4you can check your work by multiply 16 times 4 and you get 64 tens

10

Because its still a set, although its empty or nothing in that set

{} {0}

* * * * *

The second example above is NOT of an empty set: it is the set that contains the number zero.

Yes, it can.

It is 390, exactly as in the question!

Eight million and eight tenths

Linear programming can be used to solve problems requiring the optimisation (maximum or minimum) of a linear objective function when the variables are subject to a linear constraints.

there are one thousand thousands in a million.

four times two and one-half is ten