Question Solved1 Answer 1.       A jet of water 10 cm in diameter and having velocity of 18 m/s strikes a curved moving vane of velocity 8 m/s at 25° to the direction of motion of the vane. The vane angle at the outlet measured with respect to the direction of motion of the vane is 150°. Find the   (i) vane angle at inlet so that the water enters without shock, and   (ii) the component of force exerted by the jet on the vane in the direction of motion of the vane. 2.       A stationary curved plate deflects a 10 cm diameter water jet through an angle of 120° with respect to the initial jet direction in the horizontal plane. Calculate the force required to hold the plate in position if the velocity of the jet is 15 m/s.

Compute the angle AOB, COD from the following set of lines whose azimuths are given: a. AZIMN of Line OA = 39ᴼ41’ ; AZIMN of Line OB = 115ᴼ29’ b. AZIMS of Line OC = 320ᴼ22’ ; AZIMS of Line OD = 62ᴼ16’

Let (\Omega , F, P) be a probability space and let E1 and E2 be two events with P(E₁) = 0.2, P(E₂) 0.4 and P(E₁/E₂)=0.1.Find the probability that (a) Exactly one of the events E1 or E₂ will occur.(b) At least one of the events E1, or E2 will occur.(c) None of E1 and E2 will occur

Computer Systems, 5th Edition - J. Stanley Warford Section 2.4 - Problem 13 13. Write a C program that asks the user to input a small integer. Then use a recursive function that returns the value of that Fibonacci number as defined in Exercise 4. Do not use a loop. Output the value in the main program, not in the function.

Create a program that will accept a string. Count the length of the string and convert all vowels to upper case and all consonants to lower case. Count number of vowels and consonants in the string. Display all vowels and consonant characters found in the string and the index number of each vowel and consonant character. Example:Enter a string: the quick brown foxString length is 19Converted string in upper case and lower case: thE qUIck brOwn fOxThere are 5 vowelsVowel characters are: e u i o oVowel characters can be found at index: 2 5 6 12 17There are 11 consonants characters.Consonant characters are: t h q c k b r w n f xConsonant characters can be found at index: 0 1 4 7 8 10 11 13 14 16 18

In this problem, y = 1/(x² + c) is a one-parameter family of solutions of the first- order DE y' + 2xy? = 0. Find a solution of the first-order IVP consisting of this differential equation and the given initial condition. %3D y(3) = 5 y = Give the largest interval I over which the solution is defined. (Enter your answer using interval notation.) Need Help? Read It Watch It Master It

1. Explain the difference between logical and physical address. 2. A user process with 4063 bytes of memory needs to be allocated in primary memory with a frame size of 64 bytes a. How many frames will be needed to store the user process? b. Will there be an internal fragmentation? If so, what is the internal fragmentation? c. If the snap shot of the page table shows: Page Table f р 9 2 5 43 28 44 i. What is the physical address of page 43 offset 21? ii. What is the logical address of page 43 offset 21? iii. What is the page number and offset of logical address 1827? iv. What is the physical address of logical address 1827? V. What is the physical address of 3626? 3. A system using segmentation provides the segment table below. Compute the physical address for each of the logical addresses. If the address generates a segment fault, indicate so. a. 0, 323 b. 1,856 c. 2, 234 d. 3, 1009 e. 2,533 Segment Base Length 0 1311 400 1 900 2711 500 2 411 الیا 1100 4211 A. Using the reference string below with 4 page frames: 03132360 41 42 4 60 51 52 54 0 3 1 3 1. What is the page fault using: a. FIFO b. OPT c.LRU 2. If the page frame is increased to 5, what is the page fault using: a. FIFO b. OPT C.LRU B. Given the processes below: Process Process Size Equal Allocation Proportional Allocation A 38 B 57 с 43 D 25 E 19 1. The available frames inside the primary storage is 20, how many frames will be allocated to each of the processes using: a. Equal allocation b. Proportional allocation 2. If the process is to be split into equal pages where the page size is 8, a. How many frames will be used by each of the processes? b. Will there be an internal fragmentation? If so, what is the internal fragmentation?