One String of length 32 which has 10 ‘E’ s, 16 ‘F’s and 6 ’G’s that...

One String of length 32 which has 10 ‘E’ s, 16 ‘F’s and 6 ’G’s that begin with ‘E’ and end with ‘E’. Find how many palindromes can we make from the string.

If you need to choose 8 cards from deck of 52 cards so that at least 4 cards of the chosen cards are hearts.

Find the coefficient of x^39 in (-8x+(3+x)^12)^5 using binomial theorem.

Expert Solution

orchestra answered 2 years ago

For the problems 1 -6 Consider the data set 16, 26, 31, 32, 32, 32,...

For the problems 1 -6 Consider the data set 16, 26, 31, 32, 32, 32, 42, 47, 47, 47, 50, 50 (already put in increasing order) Compute the following: 1/ The mode: A/ 47 B/ 32 C/ Bimodal D/ 42 2/ The median: A/ 42 B/ 37 C/ 32 D/ 47 3/ The mean: A/ 37.7 B/ 37 C/ 36 D/ 36.2 4/ ...

Project: Given a string s and an integer array indices of the same length. The string...

Project: Given a string s and an integer array indices of the same length. The string s will be shuffled such that the character at the i th position moves to indices[i] in the shuffled string. Return the shuffled string. Example: Input: s = "codeleet", indices = [4,5,6,7,0,2,1,3] Output: "leetcode" Explanation: As shown, "codeleet" becomes "leetcode" after shuffling. You need to do: Create a class called ShuffledStringApp. Keeping class StringOperation and IO in util package. In this project, you will...

Which of this method of class String is used to obtain a length of String object?...

Which of this method of class String is used to obtain a length of String object? What is the output of the below Java program with WHILE, BREAK and CONTINUE? int cnt=0; while(true) { if(cnt > 4) break; if(cnt==0) { cnt++; continue; } System.out.print(cnt + ","); cnt++; } 1,2,3,4 Compiler error 0,1,2,3,4, 1,2,3,4,

1. The speed of the wave on your Cello string is: 90 m/s The length of...

1. The speed of the wave on your Cello string is: 90 m/s The length of your string is: 690 mm Keep in mind that the wavelength (λ), the frequency (f) and the wave speed (v) are related according to v = f λ. (a) Draw the shapes of the motion of the string for vibration that your string will produce when plucked or bowed (up to the 6th Harmonic). (Of course, a plucked or bowed string will vibrate in...

32. a. An invoice for the amount of $7910.00 is dated 5/26 and received on 6/16....

32. a. An invoice for the amount of $7910.00 is dated 5/26 and received on 6/16. The terms are 8/10 EOM. Determine the discount amount, if any. a. $632.80 b. $7291.75 c. $651.72 d. $0.00 e. $7267.40 f. None of the above. b. A buyer has established a markup on retail of 31.5% for a line of t-shirts. The buyer plans to price them at $14.00. Determine the price he will have to pay to maintain his plan. a. $9.59...

A rectangle has a length of 10 inches and a width of 6 inches. If the length is increased by x inches and the width increased

For the following exercises, use the written statements to construct a polynomial function that represents the required information.A rectangle has a length of 10 inches and a width of 6 inches. If the length is increased by x inches and the width increased by twice that amount, express the area of the rectangle as a function of x.

A string of length 1.0m has a mass/length of 2.4 g/m and is under 460N of...

A string of length 1.0m has a mass/length of 2.4 g/m and is under 460N of tension. It is vibrating in its third harmonic (n = 3). 1. What is the frequency of the standing wave? The vibrating string produces a sound wave and sits near a half-open tube of length L. The speed of sound is 343m/s. 2. For what minimum value of L does the sound wave produced by the vibrating string resonate with the tube (i.e., coincide...

A string of total mass 3.00×10-2kg is stretched to a length of 4.9m by applying a...

A string of total mass 3.00×10-2kg is stretched to a length of 4.9m by applying a tension of 14.20N. You flick the end of the string, sending a pulse to the far end. It reflects back to your hand. PLEASE SHOW WORK, I REALLY WANT TO KNOW HOW TO DO THIS! A) How fast is the pulse moving? B) How much time does it take for the pulse to make the round trip (from your hand to the other end...

16. The length of time it takes for an investment’ s discounted cash flows to equal...

16. The length of time it takes for an investment’ s discounted cash flows to equal its initial cost is known as the A) internal rate of return. B) discounted payback period. C) payback period. D) net present value. E) profitability index. 17. The number of years it takes for an investment to recover its initial cost is known as the A) internal rate of return. B) discounted payback period. C) net present value. D) profitability index. E) payback period.

A miscarried fetus has primary Trisomy 16 (3 separate chromosome 16's). The chromosome 16's of the...

A miscarried fetus has primary Trisomy 16 (3 separate chromosome 16's). The chromosome 16's of the fetus, mother, and father were tested for a common polymorphism involving this chromosome. Four types of polymorphisms commonly occur in the population: A, B, C, and D. The results were: fetus = ABC, mother = AB, father = CD. When and where did the mis-segregation (non-disjunction) event causing trisomy 16 in the fetus most likely occur?

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