Numerade

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Question 01 Company A is currently cash-constrained, and must make a decision about whether to delay paying one of its suppliers, or taking out a loan. They owe the supplier $14,261, and they can borrow the money from Bank A, which has offered to lend the firm $14,261 for 1 month(s) at an APR (compounded) of 17%. The bank will require a (no-interest) compensating balance of 7% of the face value of the loan and will charge a $226 loan origination fee, which means Hand-to-Mouth must borrow even more than the $14,261? NOTE: Answer in percentages. If your answer is 0.0204, you must answer 2.04. Do not use the "%" sign. Question 02 Company A is currently cash-constrained, and must make a decision about whether to delay paying one of its suppliers, or taking out a loan. They owe the supplier $12,703, and they can borrow the money from Bank B, which has offered to lend the firm $12,703 for 1 months at an APR of 15% (compounded). The loan has a 2.77% loan origination fee. What would be the cost for Company A if they decide to borrow from Bank B? NOTE: Answer in percentages. If your answer is 0.0204, you must answer 2.04. Do not use the "%" sign.

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Clark is a full-year resident of Oregon. He won $900 on an Oregon lottery ticket in February, and got lucky again in August with a $500 Oregon lottery ticket win. Clark can subtract the $500 prize from Oregon income on Schedule OR-ASC. TRUE FALSE

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Which of the following IS CORRECT regarding muscle contraction? A. Troponin I bound to myosin anchors the rest of the troponin compound to troponin, Calcium binds to Troponin C causing Troponin T to pull tropomyosin away from the actin binding site on myosin exposing the actin binding site B. Tropomyosin I bound to actin anchors the rest of the tropomyosin compound to tropomyosin, Calcium binds to Tropomyosin C causing Troponin T to pull troponin away from the myosin binding site on actin exposing the myosin binding site C. Troponin I bound to actin anchors the rest of the troponin compound to troponin, Calcium binds to Troponin C causing Troponin T to pull tropomyosin away from the myosin binding site on actin exposing the myosin binding site D. Troponin C bound to actin anchors the rest of the troponin compound to troponin, Calcium binds to Troponin T causing Troponin A to pull tropomyosin away from the myosin binding site on actin which exposes the myosin binding site

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A proton moving with a velocity of 4.0 x 10 4 m/s enters a magnetic field of 0.20 T. If the angle between the velocity of the proton and the direction of the magnetic field is 60°, what is the magnitude of the magnetic force on the proton? (e = 1.60 x 10 -19 C). The answer is in N unit. Note: Your answer is assumed to be reduced to the highest power possible. Your Answer:

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Question: What are the lowest and highest addresses in a 2 20 2 20 -byte memory in which a four-byte word is the smallest addressable unit?

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13. Of the following fractions: 1/4, 7/9, 7/12, and 9/16, which is the largest? OA. 7/9 B. 1/4 O C. 7/12 D. 9/16

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3A. Determine the average normal stress at points A and B on the axially loaded shaft. The diameter of each segment is indicated in the figure.. (5 pts). (\sigma_A)_{Avg} = \frac{kips}{in^2} \quad (2 \text{ pts}) (\sigma_B)_{Avg} = \frac{kips}{in^2} \quad (3 \text{ pts})

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4. An air-standard Otto cycle has a compression ratio of. At the beginning of the compression process the temperature is 16.85°C, the pressure is 1 bar, and the cylinder volume is .0004m². The maximum temperature during the cycle is 1926.85°C. Determine: a. The temperature and pressure at the end of each process of the cycle b. The mass of the air c. The thermal efficiency (hint 51) d. The mean effective pressure, in bar e. Create a table of all values

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Example: 12 Two wires of resistance $R_1$ and $R_2$ have temperature co-efficient of resistance $\alpha_1$ and $\alpha_2$ respectively. These are joined in series. The effective temperature co-efficient of resistance is [MP PET 2003] (a) $\frac{\alpha_1 + \alpha_2}{2}$ (b) $\sqrt{\alpha_1 \alpha_2}$ (c) $\frac{\alpha_1 R_1 + \alpha_2 R_2}{R_1 + R_2}$ (d) $\frac{\sqrt{R_1 R_2 \alpha_1 \alpha_2}}{\sqrt{R_1^2 + R_2^2}}$

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Problem 2. I b d a A a long straight wire carries a current $I(t) = I_0 \sin(\omega t)$. A rectangular loop of wire with resistance $R$ and dimensions $a \times b$ is a distance $d$ away as shown. Find: a) the flux through the loop due to the wire; b) the mutual inductance $M$ of the wire and loop; c) the induced voltage in the loop; d) the induced current in the loop; e) the force between the loop and the wire all as functions of time (where appropriate).

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breanna k.