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Homework H11.B Given: A smooth, thrust bearing supports the L-shaped bracket OA at end O. In addition, cable AC provides support for the bracket against the applied vertical load P acting midway between A and B. Note that since the bearing is smooth, it does not exert a couple component on the bracket in the x-direction. Find: Determine the tension in cable AC and the reactions on the bracket at O. Express your answers in terms of P and d. O 3d 3d C 2d B x smooth bearing connected to wall z y D 2d A 2d P
What is the transverse axis of the hyperbola defined by the equation (x^(2))/(4)-(y^(2))/(23)=1 ?
Determine whether the function is even, odd, or neither even nor odd. f(x)=x^(4)+3x^(2)-7
How much energy is required to raise the temperature of 40.9 g of iron by 38.1\deg C? The specific heat capacity of iron is 0.442 J/g\deg C.6.00 \times 102 J689J 605J 1390 J605 kJ
Question 5 of 5 Volume \* Don't forget the liquid phase. Estimate the volume of the cylinder contents when the pressure is 1300 mm Hg, 1050 mm of Hg, and 600 mm Hg. 1300 mm Hg: 2.43 L 1050mm of Hg: 2.97 L 600 mm Hg: 5.47 L Hint Attempts: 1 of 3 used Submit Answer
2. Un cable de cobre de 2,50 m de largo tiene 1,50 V en sus extremos. a) Encuentra el campo eléctrico dentro del cable. (valor 4 aciertos) b) ¿Cuál es la aceleración de un electrón en este campo? (valor 4 hits) c) Una velocidad de deriva típica para los electrones de conducción es 1 mm/s, ¿qué distancia recorrería un electrón antes de alcanzar esta velocidad? (valor 4 hits)
Suppose you have a habit of going to sleep late and awakening late, but now you shift to an earlier schedule. Your adjustment will be as if you were traveling which direction? a. East to west b. North to south c. South to north d. West to east
think shed light on what brought about the student radical movement of the 1960s explain how you see the relation of those ideas and the words and actions of the Berkeley radicals that we saw in BERKELEY IN THE 1960s.
Let A = (2, 4, 6} and B = {x, y, z}. which of the following are relation R fr a. R = {(4, y) (y, 4)}0 b. R = (2, x), (4, y). (6, z)}0 c. R = {(2, X), (y, 4), (6, 6)} d. R = {(2, x) (y, y) (6, 2)}
2. Repeat Exercise 1, replacing the setup code with ; setup code 2 lea esi, string ; beginning of string lea edi, string+2 ; address of 'C' cld ; forward movement 3. Repeat Exercise 1, replacing the setup code with ; setup code 3 lea esi, string+9 ; end of string lea edi, string+4 ; address of 'E' std ; backward movement 4. Repeat Exercise 1, replacing the setup code with ; setup code 4 lea esi, string+9 ; end of string lea edi, string+7 ; address of 'H' std ; backward movement