3 liter per 26 sec is discharged from nozzle to impact 60°target if the distance between nozzle and target equal four times a nozzle's diameter and the diameter for nozzle equal 1cm depend on this information to answer following questions: 1. determine the velocity at nozzle 2. determine the impact force 3. if we change the target to hemispherical, determine the ration between two forces

3 liter per 26 sec is discharged from nozzle to impact 60°target if the distance between nozzle and target equal four times a nozzle's diameter and the diameter for nozzle equal 1cm depend on this information to answer following questions: 1. determine the velocity at nozzle 2. determine the impact force 3. if we change the target to hemispherical, determine the ration between two forces

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

Learning Goal: A particle of mass M moves along a straight line with initial speed v₁. A force of magnitude F pushes the particle a distance s along the direction of its motion. 99°F Sunny
Find: (a) Determine the acceleration of block P. (b) Determine the friction force acting on P. Vrel P W, a Horizontal Plane (hint: Chapter 3 Acceleration-moving reference frame) Given the following: Mass of the particle m=2.4 kg, w=6 rad/s, a=4.5 rad/s^2, Vrel =6.2 m/s, Hs =0.6, µk=0.2, L=0.4 m, and h=2.3 m, What is the i component of the Normal force on particle P? What is the component of the friction force in the j direction on the particle? Answer: Check
We want to design a wagon system like the one below while filling the kiln with coal at the Coke factory inside Kardemir. In this system, we want the wagon to reach a speed of v= 1 m/s in t=2 seconds. It will then shoot at constant speed. How much engine power is required to tow a wagon with W= 500 kgf under these conditions P=? (Losses will be ignored). (The slope angle of the ramp is α= 25 degrees.)
I need the answer as soon as possible
If the rope on the wall suddenly snaps, what will be the acceleration vector and velocity vectors of these masses at 1=1s after the break? N.B.: the strings are assumed to be massless, flexible and inelastic.
graduate who joined the Navy as a pilot is about to take off in an F-15 (WF15 = 81,000 lb) from an aircraft carrier traveling at VA = 40 mph. The jet is launched from the catapult system (a connection just below the deck that assists the aircraft) with the force (Fcp) vs time curve shown that has points of F₁ = 1,000 lb at t₁ = 2 s and F₂ = 3,000 lb at t₂ = 5 s (the plane will reach the edge of the deck at t₂). The F-15 needs to be traveling at 170 mph to take off. Determine how much constant thrust (FTR) the engines must produce during the launch to reach this speed. F2 F₁ FCP t₁ VA t₂ FTR t (s)
Consider a projectile launched at a height h feet above the ground and at an angle ? with the horizontal. If the initial velocity is v0 feet per second, the path of the projectile is modeled by the parametric equations x = t(v0 cos(?)) and y = h + (v0 sin ?)t - 16t2.Let h=6, v0=63.25, and ?=0.79. Find the maximum height of the projectile. (Round your answers to two decimal places.)
This is a multi-part question. Once an answer is submitted, you will be unable to return to this part. From measurements of a photograph, it has been found that as the stream of water shown left the nozzle at A, it had a radius of curvature of 17 m. Determine the radius of curvature of the stream as it reaches its maximum height at B. The radius of curvature of the stream is m.? Note: please show step by step solution. Hence, double check the solution. For correction purposes!. I require handwritten working out please!. Kindly, please meticulously, check the image for conceptual understanding and for extra information purposes!. Also on occasions, I receive wrong answers!!. Please go through the question and working out step by step when you finish them. Appreciate your time!.
2. Which of the following momentum equations about B is CORRECT for the system of the golf ball and the golf club?