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juana wilson

juana w.

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made assumptions in truss. all loads are applied at joints, joints are pinned, etc. "idealized" model of actual behavior. Which is accurate

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a golf ball is selected at random from a golf bag. if the golf balls contains 5 type A balls, 8 type B balls, and 4 type c balls, find the probablity of the the golf ball is not a type A ball.

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10. (10 points) A skier is traveling at 25 m/s when they begin going up a hill that makes an angle of 30° with respect to the horizontal. The coefficient of kinetic friction between their skis and the slope is 0.10 and we are interested in how far they travel up the hill. How far up the slope (d) do they travel before coming to rest?

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15. A 59.0-kg boy and his 42.0-kg sister, both wearing roller blades, face each other at rest. The girl pushes the boy hard, sending him backward with a velocity 3.00 m/s toward the west. Ignore friction. (a) Describe the subsequent motion of the girl. - She will move east, directly away from her brother with a speed 5.71 m/s. - She will move east, directly away from her brother with a speed 1.5 m/s. - She will move east, directly away from her brother with a speed 4.21 m/s. - She will move west, in the same direction as her brother, with a speed 3.00 m/s.

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Consider the observed frequencies to the right. Calculate the expected frequency for each observed frequency. Population Yes No A 40 54 B 20 6 Expected Frequency of Expected Frequency of Population Yes No A B (Type integers or decimals.)

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5. Calculate the respiratory quotient from the data given below. (a) Volume of expired air in 5 minutes = 30 liters (b) Percentage of CO$_2$ in expired air = 4.2% (c) Oxygen consumption in 4 minutes = 1500 ml

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What is the predicted product of the reaction shown? excess CH$_3$CH$_2$SH Raney H$_2$SO$_4$ Ni OH A) B) C) D) E)

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7. [0/1 Points] DETAILS PREVIOUS ANSWERS SESSCALC2 7.3.509.XP. The region bounded by the given curves is rotated about the specified axis. Find the volume of the resulting solid by any method. $x = 1 - y^4$ $x = 0$, about the line $x = 7$ V = X Need Help? Read It Submit Answer

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1. A two-dimensional pressure field is defined by the expression $p = x^2y + y^2$ Find the derivative of $p$ in the direction of a line that makes an angle of 45° with the positive $x$ axis. What is the value of this derivative at the point (3, 2)? 2. For the pressure field described in Problem 2.3.1, what is the derivative at the point (3, 2) in the direction of the curve $3y^2 - 4x = 0$ At the same point, what is the derivative in the direction for which the derivative of $p$ is the maximum? What is the direction of this derivative?

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Please help and make the handwriting clear and visible!!! 1. For the following, find: a) The state diagram b) The response table for an input sequence x = 00100110 and the starting state y = 1. Draw a timing diagram for x = 000101011 and initial state y = 0. 1/13/2 A B 0 A/0 C/1 B/0 A/0 C D/0 C/0 D C/0 A/1 Next State/z Present 0 State 1 A A/0 B/0 B A/0 D/0 A/0 C/1 A/0 C/0 D Next State/z

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