Questions asked
Which compound has the atom with the highest oxidation number? A MgS O 3 B Na N 3 C CaS D NH Cl 4
Find the scalar triple product u*(v imes w). Show work. u=(-3,1,3),v=(5,1,-2),w=(-2,1,5). Find the scalar triple product u : (v x w). Show work u=(-3,1,3),v=(5,1,-2),w=(-2,1,5)
Find the volume V of the solid bounded by the graphs of $x^2 + z^2 = 9$, $y = 2x$, $y = 0$, $z = 0$
The legs of a picnic table form an isosceles triangle as indicated in the figure. If \(m\angle ABC = 102^\circ\), determine \(m\angle x\) and \(m\angle y\) so that the top of the table will be parallel to the ground. The measure of angle x is \(\boxed{\text{ }}^\circ\)
1. If tan x = -4, then tan(-x) = 4.
Create a square function or a cube function and run this test. Attach a file, please. #include <stdio.h> int main() { char str[51]; printf(" Where do you live; enter the city and state in the following format, city, state (2 letter abbreviation): "); fgets(str, sizeof(str), stdin); printf("fgets() read:"); puts(str); printf(" Where do you live; enter the city and state in the following format, city, state (2 letter abbreviation): "); scanf("%s", str); printf("scanf() read: %s ", str); return 0; }
Rose Co. owns a machine that cost $200,000 and has accumulated depreciation of $100,000. Prepare the entry to record the disposal of the machine on January 1 under each of the following independent situations: a. Rose Co. sold the machine for $100,000 b. Rose Co. sold the machine for $85,000 c. Rose Co. sold the machine for $135,000
39. Determine the equation of the line perpendicular to $f(x) = \frac{1}{2}e^{x+1}$ at its $y$-intercept.
4) Consider two different companies, one manufacturing microprocessor-based circuit boards and the other manufacturing microcontrollers. In each company, state at least one advantage and one disadvantage of simply throwing away a non-working board compared to spending time troubleshooting the board. [10]
2. Given the closed-loop system in the figure with a nonlinearity N(e) and a lead (PD controller) as shown in the Figure. (a) For a step input r(t) = A1(t) i. Sketch the phase portrait of the system in terms of e and \(\dot{e}\) ii. Draw the response of the system y(t),assuming zero initial conditions, i.e. y(0) = 0, y(0) = 0 (b) Repeat (a) for ramp input r(t) = vt
