Please use Dimensional analysis technique and show your work.

1-What is the length in meters of a 300. ft football field?
2-If a professional basketball player was 6.75 feet tall, what would be his equivalent height in centimeters?
3-A sheet of standard U.S typing paper measures 8.50 inches x 11.0 inches. What are these dimensions in centimeters?
4-One of the oldest elephants on record lived for 130. Years. How many minutes is that?
5-How many gallons of soft drink are there in a 2.o liter bottle?
6-A 40.0 ounce box of cereal contains how many kilograms of cereal?
7-It is 2374 miles between Phoenix, Arizona and Philadelphia, Pennsylvania. What is the distance in Km?
8-The temperature of an oxyacetylene torch flame can reach as high as 3137 C. What is this temperature in F?

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1-What s the length in meters of a 300. feet football field?
1 foot = 0.3048 meters

2-If a professional basketball player was 6.75 feet tall, what would be his equivalent height in centimeters?
1 in = 2.54 ...

Solution Summary

The solution discusses the dimensional analysis technique.

Using dimensional analysis, which one of the following equations is
(a -> m/^2, v -> m/s, x -> m , t -> s)
a. x = v/t
b. v = 2ax
t2 = x/a
c. x2 = 2av
d. x = at

Please use Dimensionalanalysistechnique and show the work.
1-Approximately how many dollars worth of pennies would you need to place side by side to cover a total distance of one mile?
2-The speed limit on many Australian highways is 100.0 kilometers per hour. Convert this to miles per hour.
3-What is the volume in mi

Please see attached file for full problem description.
1. The thickness h of a puddle of water on a waxy surface depends on the density ρ of the liquid, the surface tension γ (SI units: N/m) and another physically which is gravity, g. Use dimensionalanalysis to find a relationship between the thickness and the other 3 vari

Describe a method for storing three-dimensional homogeneous arrays. What addressing formula would be used to locate the entry in the ith plane, jth row, and the kth column?

One of the problems of storing data in a matrix (a two-dimensional Cartesian structure) is that if not all of the elements are used, there might be quite a waste of space. In order to handle this, we can use a construct called a "sparse matrix", where only the active elements appear. Each such element is accompanied by its two i

1) Show that if dim X = 1 and T belongs to L(X,X), there exists k in K st Tx=kx for all x in X.
2) Let U and V be finite dimensional linear spaces and S belong to L(V,W), T belong to L(U,V). Show that the dimension of the null space of ST is less than or equal to the sum of the dimensions of the null spaces of S and T.
3)

Define two pointers that hold two values of type int. Add these two pointers of type "int" and print the result on the screen.
Define a one dimensional array consisting of five cells, and populate the cells with values 0-5 and then print the result of the one dimensional array on the screen.
Define a two dimensional array

The one dimensional parity operator (pie) is defined by attached. in other wards (phi) changes x into -x everywhere in the function
(a) is it a Hermitian operator?
(b) For what potentials V(x), is it possible to find a set of wave functions which are high eign- functions of the parity operator in solution of the one-dimen