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Formulas are equations that have been used so frequently in certain applications that they have become standard. Examples are the simple interest formula, I = PRT, and selling price, S = C + M. Many fields, like accounting, manufacturing, photography, real estate, construction estimation, statistics, retail, etc., use formulas to make calculations quickly and conveniently. Investigate your major field or some other field of interest to determine what formulas are used. 1. Collect two formulas for your chosen field. 2. Explain the following: meaning of the symbols, what the formulas are used for, and how to solve the formulas. Use an example for this purpose. A suggestion is that you might interview instructors, recognized experts, and other professionals for this purpose. 3. Discuss the advantages of using the formulas, any difficulties in using them, and whether computers are used with them. 4. Discuss also why some fields may not use formulas. Present these findings to your classmates.
Calculate the value of the test statistic with the information given above.
A 17.28 foot ladder is leaning against a vertical wall. If the bottom of the ladder is being pulled away from the wall at the rate of 6 feet per second, how fast is the area A of the triangle formed by the wall, the ground, and the ladder changing..
the perimeter of a rectangular garden is 98 feet. the length of the garden is 4 feet more than twice the width. what is the length of the garden?
A metal storage tank with a maximum volume of 1200m3, is to be constructed in the shape of a right circular cylinder surmounted by a hemisphere. What radial and height dimensions will require the least amount of material?
Could you show me the easiest steps needed to prove the theorem of the Triangular inequaity for II . IIp (also called Minkowsky inequality) for L^p spaces.
The surface area of the top surface of the water in a circular swimming pool is about 206 square feet. Estimate the radius of the pool, to the nearest foot.
the width of the swimming pool is four feet less than length. the perimeter is 112 feet. what is the width of the pool ?
An object is thrown upward from the top of a 48 foot building, with an initial velocity of 32 feet per second. The height h of the object after t seconds is given by the quadratic equation h=-16t^2+32t+48. When will the object hit the ground?
Provide an equation with real-number values of a, h, and k, so that your classmates can describe the changes/shifts made to the graph of y = x².
The sales representative here tells you they also have two floor plans available, but they only have 38 homes still for sale. Write an equation that illustrates the situation. Use x and y to denote floor plan one and floor plan two respectively.
Using the graph, how much should be spent on advertising to maximize sales? What is the maximum sales level?
A nuclear tower is a hyperboloid that is a hyperbola rotated around its conjugate axis. The equation of hyperbola is X^2/100^2 - y^2/150^2 = 1. The tower is 500 feet tall, the top is 150 feet above the center of the hyperbola and the base is 350 f..
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