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kevin diaz

kevin d.

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2. While trying to cross the "dangerous" border region of EP, you engineer a makeshift bridge by using planks with a total length of 12 m. Why would you do this? Well because you refused to surrender your phone and social media account info to the fascists at the border. Let's continue... the planks have a weight of 240 N and are positioned over two rocks. The rocks are placed so that one is 3 m from the Mexico end and 1.5 m from the other end. You are 490 N and are positioned 3.5 meters from the starting end, and your friend, who is 710 N is 7.5 m from the start. How much force are the support rocks exerting? (Diagram is not to scale) 1.5 m 'Merica A F B 3 m México

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mosquito. 49. If two soap bubble of radius 3cm & 6cm are comes in contact. What will be the radius of the contact surface between them

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The space is C [0,2\pi ] with the inner product (f, g) = f(t)g(t)dt. Find the third-order Fourier approximation to f(t) = 6\pi – 2t

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Factor the sum of cubes. Select \"Prime\" if the polynomial cannot be factored. $27m^3 + 125n^3 = $

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Ashfield manufactures embroidered jackets. The company prepares flexible budgets and uses a standard cost system to control manufacturing costs. The following standard unit cost of a jacket is based on the static budget volume of 14,100 jackets per month: View the cost data. Read the requirements Requirement 1. Compute the price and efficiency variances for direct materials and direct labour. Begin by determining the formula for the price variance, then compute the price variances for direct materials (DM) and direct labour (DL). (Enter the results as positive numbers. Label each variance as favourable (F) or unfavourable (U).) ( Actual price per input unit Standard price per input unit) x Actual quantity of input Price variance DM DL Requirements 1. Compute the price and efficiency variances for direct materials and direct labour. 2. For manufacturing overhead, compute the total variance, the flexible budget variance, and the production volume variance. 3. Ashfield's management intentionally purchased superior materials for November production. How did this decision affect the other cost variances? Overall, was the decision wise? Explain. Print Done Cost data X Direct materials ( 3.0 sq. m x $4.10 per sq. m) Direct labour (2 hours x $9.30 per hour) Manufacturing overhead: $ 12.30 18.60 Variable (2 hours x $0.66 per hour) S Fixed (2 hours x $2.10 per hour) 1.32 4.20 5.52 $ 36.42 Total cost per jacket...... Data for November of the current year include the following: a. Actual production was 13,700 jackets. b. Actual direct materials usage was 2.60 m² per jacket at an actual cost of $4.20 per m² c. Actual direct labour usage of 25,200 hours cost $239,400. d. Total actual overhead cost was $77,000. X

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Table to Expression After creating a K-Map and transferring the truth table to it, write the simplified SOP expression for each table. 7 1 point W X F7 0 0 0 0 1 1 1 0 1 1 1 1 F5 = type your answer...

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For the function $f(x) = \ln(3x + 2)$, find $f''(x)$, $f''(0)$, $f''(3)$, and $f''(-2)$.

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IQ testing: A psychologist conducts a study on intelligence in which participants are asked to take an IQ test consisting of n questions, each with m choices. (a) One thing the psychologist must be careful about when analyzing the results is accounting for lucky guesses. Suppose that for a given question a particular participant either knows the answer or guesses. The participant knows the correct answer with probability p, and does not know the answer (and therefore will have to guess) with probability 1 - p. The participant guesses completely randomly. What is the conditional probability that the participant knew the answer to a question, given that they answered it correctly? (b) About 1 in 1,100 people have IQs over 150. If a subject receives a score greater than some specified amount, they are considered by the psychologist to have an IQ over 150. But the psychologist’s test is not perfect. Although all individuals with IQ over 150 will definitely receive such a score, individuals with IQs less than 150 can also receive such scores about 0.1% of the time due to lucky guessing. Given that a subject in the study is labeled as having an IQ over 150, what is the probability that they actually have an IQ below 150?

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Nash Company purchases equipment on January 1, Year 1, at a cost of $480,000. The asset is expected to have a service life of 12 years and a salvage value of $43,200. (a) Compute the amount of depreciation for each of Years 1 through 3 using the straight-line depreciation method. (Round answers to 0 decimal places, eg. 5.125.) Depreciation for Year 1 $ Depreciation for Year 2 $ Depreciation for Year 3 $

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Question 1 (Symmetry operations and elements) Identify all symmetry operations and elements for the following species. Draw (multiple, if needed) conformational diagram for each species and annotate on it the symmetry elements. (a) $H_2O_2$ with a dihedral angle of (i) $0^\circ$ (ii) $90^\circ$ (iii) $180^\circ$ (b) staggered ferrocene (c) $[Re_2Cl_8]^{2-}$ [Hint: You may want to look up the geometry of the $[Re_2Cl_8]^{2-}$ anion.] (20 marks)

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