Numerade

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An organism called lichen are really a symbiotic relationship between which two organisms? a fungus and a fern an algae and a plant a fern and a fungus a fungus and an algae

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5. Five resistors $R_1=9.00 \ \Omega$, $R_2=3.00 \ \Omega$, $R_3=11.0 \ \Omega$, $R_4=10.0 \ \Omega$, and $R_5=8.00 \ \Omega$ are mounted as shown in the figure. The voltage of the battery is $V = 20$ Volts. What is the current in the $R_4$ resistor? Amp

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The Foundational 15 (Algo) [LO1-1, LO1-2, LO1-3, LO1-4, LO1-5, LO1-6] Skip to question [The following information applies to the questions displayed below.] Martinez Company’s relevant range of production is 7,500 units to 12,500 units. When it produces and sells 10,000 units, its average costs per unit are as follows: Average Cost Per UnitDirect materials$ 6.40Direct labor$ 3.90Variable manufacturing overhead$ 1.40Fixed manufacturing overhead$ 4.00Fixed selling expense$ 3.40Fixed administrative expense$ 2.10Sales commissions$ 1.10Variable administrative expense$ 0.55 Foundational 1-3 (Algo) 3. If 8,000 units are produced and sold, what is the variable cost per unit produced and sold? Note: Round your answer to 2 decimal places.

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A projectile is ejected into an experimental fluid at time $t = 0$. The initial speed is $v_0 = 17.1 \, m/s$ and the angle to the horizontal is $\theta = 40^\circ$. The drag on the projectile results in an acceleration term $a_D = -kv$ where $k = 0.19 \, s^{-1}$ and $v$ is the velocity of the projectile. Determine the x- and y-components of both the velocity and displacement at time $t = 1.8 \, s$. What is the terminal velocity? Include the effects of gravitational acceleration and assume that the projectile enters a deep portion of the pool, and never reaches the surface of the fluid. Answers: Displacement at time $t = 1.8 \, s$, $x = \text{_____} \, m$, $y = \text{_____} \, m$ Velocity at time $t = 1.8 \, s$, $v_x = \text{_____} \, m/s$, $v_y = \text{_____} \, m/s$ The terminal velocity, $v_x = \text{_____} \, m/s$, $v_y = \text{_____} \, m/s$

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Sam and Alex live in Andover . They have the same set of skills and background , do the same work for a wooden toy manufacturer , and earn the same wage . If classical economists are correct about the mobility of factors of production , what is false ?

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Solve the linear programming problem. Maximize P = 2x + 2y Subject to 2x + y ? 30 x + 2y ? 24 x, y ? 0

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Multiple Choice (Total Point: 1.00) #21 Trustees' and management fees are charged to the unit trust company, not the unitholder's account. Answer Yes, the unit trust company pays all the fees No the unit holders pay all the fees The unit trust company pays the trustees' fee and the unit holders pay the management fee The unit trust company pays the management fee and the unit holders pay the trustees' fee

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3. A point charge Q is placed at the origin, and a second point charge -Q is placed at position (2l; 0; 0) on the x-axis. Calculate the electric field at any point on the z-axis. Comment on the case when z >>> l. 4. A line of charge, with uniform linear charge density \lambda, extends from the origin down the negative Z axis to infinity. Calculate the electric field at any point (0; 0; z) on the positive Z axis. 5. A uniformly charged rod with linear charge density \lambda lies on the positive Z-axis and extends from the origin to z = L. Calculate the electric field at any point (0; 0; z) on the Z-axis above the charged rod. 6. A uniformly charged rod with linear charge density \lambda lies on the positive Z-axis and extends from the origin to z = L. (i) Calculate the electric field at any point (0;0; z) on the Z-axis above the charged rod. (ii) Show that if all the charge is brought together as a single point charge, then the electric field at the point (0; 0; z) will remain unchanged if this point charge is placed on the Z-axis a distance \sqrt{z(z-L)} below z.

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3. [3 Marks] Assume linear supply and demand curves and no externalities. A $20 subsidy payable to sellers in an otherwise perfectly competitive market decreases equilibrium price from $100 to $96, and increases quantity transacted from 200 to 215. This subsidy decreased total surplus by how much? A. 60 B. 75 C. 150 D. 300 E. Either unable to determine or none of the above.

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As part of its research into suitability of shafts, three metal specimens A, B and C with dimensions as shown below were put through a torsion test by the R and D department. Dimensions Diameter (mm) Length (mm) A 5.50 76.50 B 5.53 78.10 C 6 83.15 The data obtained from the experiment is shown in the table below. Angular Deflection (radians) Torque Transmitted (Nm) A B C 0.008727 0.81 1.2 0.06 0.017453 1.11 1.83 0.47 0.02618 1.47 2.46 0.76 0.034907 1.84 3.20 1.01 0.043633 2.72 3.93 1.32 0.05236 2.70 4.72 1.65 0.061087 3.11 5.54 1.99 0.069813 3.36 6.40 2.32 0.07854 3.98 7.27 2.66 0.087267 4.41 8.18 3.00 0.095993 4.84 9.15 3.33 0.10472 5.27 10.05 3.64 (a) Calculate second polar moment of area for each of the metal specimens. (b) Plot the graphs of angular deflection against torque for each of the specimens. (c) Calculate the Modulus of Rigidity, G of each of the materials in GPa (d) Given that the three specimens are steel, aluminium and brass, use appropriate references to identify each of them.

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nicole r.