energ es of state 10(t when ㅡㅡ ㅡㅡ 45 ast to colid water atc draw the-rooi...
10) a) Draw, in the graph below, the resulting wave when the two given transverse waves are superposed. b) State the repeat time of the resultant wave. t (s)4 10) a) Draw, in the graph below, the resulting wave when the two given transverse waves are superposed. b) State the repeat time of the resultant wave. t (s)4
Post lab questions: 1. Draw a cooling curve for water to change the physical state from gaseous phase of water to its solid phase.
Post lab questions: 1. Draw a cooling curve for water to change the physical state from gaseous phase of water to its solid phase. COS aos-liquid o oxgos-lie condences liquid temperature Solid-liquid 00000 00000 Solid time 2. What is the heat, q, required to melt 10 grams of ice in a) Joules b) calories? a) 9-mXHF 10GX 334 5/4= 33405
Draw this firm graph and include Demand curve, MC curve, MR curve and ATC curve. show the firms profit 4. The following chart depicts the revenues and costs for a firm in monopolistic competition. MCAT ATCTS Profit te 9 20 Quantity Price TR 0 100 9.50 9.50 18 8.50 25.50 4 18 3 2 7.50 37.50 7 42 6.50 45.50 - 48 5.50 49,50 10 5 50 11 4 .50 49.50 MR ATR TTC - 6 9.50 8 8.50 8.50...
A Philips curve is represented by the following relationship: T 10(U-U) +s where sis a supply shock tem, on average equal to zero. Draw the Philips curve when l-7% and underlying inflation 3% and 60%. Okun's Law is Draw the aggregate supply schedule when Y -10,000. A Philips curve is represented by the following relationship: T 10(U-U) +s where sis a supply shock tem, on average equal to zero. Draw the Philips curve when l-7% and underlying inflation 3% and...
10. Consider the nonlinear state equation di(t) = z{(t) – u(t)zy(t) + W T ult) éz(t) = x2(t) + 2x1(t) - u(t)xi(t) For homogeneous initial conditions, compute the nominal solution correspond- ing to the nominal input ū(t) = t for all t > 0. (Hint: search for monomial solutions in time.) Then, linearize the dynamics about the nominal solution. Is the linear system time-varying?
Draw the state diagrams for the following systems. dx(t) = Ax(t)+Bu(t) dt (a) A = -1 -3 2 0 -2 -3 0 0 B -4 1 (b) Same A as in part (a), but with 0 1 B= 10 1 0 I!
6) Without the use of a calculator,draw and state the value of t in [0, 2π] of : (10 pts) in 2 in Oli
10. Challenge Problem: Suppose that the height of water in a tank is given by P()-500+100cos(t)-150sin () where t is in hours. During the first 10 hours after a valve is opened, when is the amount of water in the tank increasing? 10. Challenge Problem: Suppose that the height of water in a tank is given by P()-500+100cos(t)-150sin () where t is in hours. During the first 10 hours after a valve is opened, when is the amount of water...
1. TANGENT AND VELOCITY 1) A bottle is leaking water. The table below gives the amount of water left (V in cc) in the bottle after t minutes. tmin.0 5 10 15 20 25 30 V cc. 1000 966 834 659 362 (a) Let P (10,834) be a point on the curve of V. Find the slopes of the secant lines PQ when is the point on the graph with t 0,5, 15,20, 25, and 30. 532 (b) Estimate the...