I am enclosing two pics of my problem ( you do not show how you
got the answer there are at least 3 more steps to getting both
marked sections.) help
I am enclosing two pics of my problem ( you do not show how you got...
when you are doing momentum in 2D when its not moving sum of
force in x or y direction is 0 but this W*cos60 is not x or y
direction and when they are taking momentum they are taking both F
as y or x direction why is it like that?
: Chapter 2. Problem 61P 39 Rookmarks Show all steps: ON Consider the free body diagram of the gate. 0.5 m F gly 0.0461 m 11 0.07216 VR =...
i need question 2. i have shown an example question that may
be helpful. show all steps. thank you.
Oce Bac For 1. Determine the deflection of the vertical and its components at station TALL having NAD 83 coordinates (39°N, 106°W). 2. A slope distance of 13,877.56 US feet is observed from station TALL (see question 1) to station SHORT at a zenith angle of 85º. Determine the geodetic distance from TALL to SHORT if the NAVD 88 orthometric height...
please show steps
The Scalar Product The vectors A and B are given by A = 1 + 3j and B = -1i + 13 (a) Determine the scalar product AB. SOLUTION Conceptualize There is no physical system to imagine here. Rather, it is purely a mathematical exercise involving two-Select- Categorize Because we have a definition for the scalar product, we categorize this example as --Select problem. Substitute the specific vector expressions for A and B A B - (11...
please show all steps and do both. if you dont do both
problems please do problem 2 is more important .
Problem 2. (45 Points) Cooling water available at 680F is flowing through 1 in diameter tube at a rate of 62000 lb/hr to cool 7000 lb/hr of a lube oil from 200 to 1000F. The specific heat of the lube is 0.62 Btu/lbm oF and viscosity is 5 cp, thermal conductivity is 0.067 Btu/ft-hr °F. The overall heat transfer...
I have nearly completed this problem, but I am stuck on one of
the final steps in my derivation. I would like to see a solution to
compare with my own work
3. A sphere of radius a and mass m is placed on top of a horizontal cylinder of radius R. Let P denote the initial position of contact and O the center of the cylinder and suppose that the cylinder is held fixed Suppose that the sphere starts...
This is a problem on electrodynamics about EM waves in
conductors, please see the translation below, you only need to
submit part (d), i will sure give you a thumb up if you show your
steps :D
Simple model of a metal:
(a). Calculate the dielectric constant for a conducting material
by taking the electrons in an external field a motion equation (see
the equation below)
The dipole moment by electron is then p = e x and we find...
I am not goo?d at ana?lyze and solve the problem. Any help w?ith
ex?plaination is? appreciated. Thank you!
Worksheet chapter 778 7. A big frozen tofu turkey in a box of total mass m-5kg is pushed up an incline (frictionless) a vertical distance of h-3m. . The block is traveling at the same speed (vi) at the bottom (1) of the incline as at the top (2). The speed at the top is v2-3m/s. At top the box slide a...
please do each problem except for #6 and explain how you got
them. dumb it down please.
4. A typical silicon chip such as these in electronie calculators weighs 21 10 in such a chip? How many silicone What mass of calcium chloride must be dissolved in water to prepare 200 ml of a solution with concentration of 0.50 M 6. What is the coefficient for exygen when this equation is balanced! H.SC) _0x) SOC) - HOM (A) 2 (B)...
III. When solving this problem show all the steps needed to transform the expressions into ones that can be (10) found in the table and indicate the entry of the table used in each step. a) Find the Laplace transform F(s) of the function (5+234 +5e-2) cos(6t) b) Find the inverse Laplace transform f(t) of the function F(s) = 2 s2 + 2s + 5 f(t)=L-'{F(s) Table of Laplace Transforms F(s)=L{()} f(t)= L-'{F(s) F(s)=L{f(t)} 1. 2. et s-a 3. r",...
Page 3 Name (please print) III (10) When solving this problem show all the steps needed to transform the expressions into ones that can be found in the table and indicate the entry of the table used in each step. a) Find the Laplace transform F(s) of the function (3-24 + 5e") sin(Tt) b) Find the inverse Laplace transform f(t) of the function F(s) = 9 32 +8-20 S()--'{F(s) 1. i Table of Laplace Transforms F(x) = {/0) (1)-2-(F) F(s)-...