only need part c. i do not know how to find the cos of the angle of the observer.
these are the answers ive tried so far and are WRONG:
585.58
460.53
413.64
573.08
this is my last try so please include steps and everything
Regarding Optics: How do i find an incident angle and reflected angle if i know my critical angle is 50.3? the medium is n=1.3 and air is n=1 Please write clearly, thanks.
I already know how to do most of this, dont do everything I am only having trouble trying to figure out PPP adjusted wage (far right in the graph) i only need to know how to figure out PPP adjusted wage (that is it) Please show work 3. Consider the following information about Nicaragua: Real-一1% change wage wage in wage base 2014 change adjusted 14 real wage year cordobas wage 1999 43.98/ 2.50/5,68 7.67n/a $737.5 1999 43.98 n/ 2004|59.32-164.88% 13.5010...
Can I know how to do part(c)? I know how to do (a)(b). By (a) and (b), I get this 4 results. 1. ▾.F = 2xz5-2xz+3xz2 2. ▾xF = (2xy) i + (5x2z4-z3) j -(2yz) k 3. ▾.(▾xF) = 0 4. ▾x(▾f) = 0 Next, i need to calculate part (c). I want the solution of part(c), so don't give me the result of part(a) and (b) again, thanks! 1. (25 marks) (a) Evaluate . F and V. (V x...
To do this, we must use angle bisectors. So I know we can connect a to I and b to I then how do we finish using this idea to get Vertex C. Expert Q&A Done Using a compass and straightedge only, construct the last vertex, write out all steps and prove your result Below we are given vertex A and B and the incenter I of triangle ABC. Using a compass and a striaghtedge, construct the last vertex C....
I need to know how to do part c only. Constants A 2.00-kg, frictionless block is attached to an ideal spring with force constant 300 N/m. Att 0 the block has velocity -4.00 m/s and displacement +0.200 m.
It is saying this is the wrong answer and I genuinely do not know what I am doing wrong. Please help and do not give me the answer I already have 3. 3.32/5 points | Previous Answers BoyceDiffEQ10 3.7.004 My Notes Ask Your Teacher Determine ω0, R, and δ so as to write the given expression in the form u-R cos(aot-8). () 8 arctan
Animal physiology help. I need help with part a and part b. for part a, this is as far as I've gotten. The numbers on the left are the contents inside the cell and the numbers on the right are contents outside of the cell. I have converted everything to mM. H+ is hard to see becuase only 10 um passed through the membrane to go outside of the cell. (i dont know how to show this line better on...
I only need the answer for Part H. A= 6.12 x10^-2 m. w= 34.6. Phase constant = 0.195. The answer is not -0.0041 m or 0.061 m. I tried to use x(t)=Acos(wt+ phase constant) and x(t)=Asin(wt+ phase constant) but they are wrong. Problem 15.16 A240 g mass attached to a horizontal spring oscillates at a frequency of 5.50 Hz. Att 08, the mass is at z 6.00 cm and has 41.0 cm/s Determine: Express your answer to three significant figures...
I need help with this problem please. I took this once and only got partial credit so I don’t know if one of my answers is wrong or if I’m missing another possibility. I answered “we need to do more experiments to determine the sign of the net charge on each ball”, “2 and 3 carry charges of the opposite sign”, and “1 and 2 carry charges of the same sign”.
the answer is not 50%, i have tried that, please help!! only need part c but included a&b for reference! The variable resistor (R) in the circuit in (Figure 1) is adjusted for maximum power transfer to R. Suppose that p = 326. Find the value of R. Express your answer to three significant figures and include the appropriate units. R, = 48.8 12 Submit Previous Answers Figure < 1 of 1 > ✓ Correct Part B Find the maximum...