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a therapist applies a lateral force of 80 n to the forearm at a distance of 25 cm from the axis of rotation the biceps attaches

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A3. Solve the following (show your workings in the process) for a 1.65 m tall female distance runner with a BMI of 18.5, 16% body fat and bone mass of 2.9 kg. The athlete has a average daily nutrient energy intake (EI, weighed food intake) of 2100 kcal. The maximal rate of oxygen uptake (V̇O2 max ) for this athlete is 3.7 L/min;i. What is the athlete’s body mass? (1 mark)ii. What is the athlete’s body fat mass index? (1 mark)iii. What is the athlete’s lean tissue mass index? (1 mark) The following relate to a single day (24h period) in this athlete’s training diary; iv. The athlete performs a morning training session following an overnight fast. The session is a steady-state run at an intensity of 60% of V̇O2 max for 75 min, predicted to optimise fat oxidation. The respiratory exchange ratio measured at the mouth is 0.76. What is the subject’s steady-state rate of carbon dioxide excretion (V̇CO2), percentage fat oxidation, rate of fate oxidation (g/min) and total amount of fat oxidation (g) (4 marks) v. The athlete performs a training session comprising (activity, MET equivalent from Ainsworth’s Compendium of Physical Activity, 2011); a.15 min warm up, jogging at 8 kph (12 min/min), 8.3 MET b.60 min running @ 16 kph (6 min/mile), 14.5 MET c.20 min warm down, jogging at 6.5 kph (15 min/min), 6 MET What is the total exercise energy expenditure (EEE, kcal) of this training session? (4 marks) Assuming the athlete is in energy balance for this training day;vi.calculate the physical activity level (PAL) of the athlete (2 marks) vii.the energy availability (EA) to the athlete (2 marks)

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An iron block of density \rho Fe and of volume l3 is immersed in a fluid of density \rho fluid. The block hangs from a scale which reads W as the weight. The top of the block is a height h below the surface of the fluid. The correct equation for the reading of the scale is a. W = (\rho Fe − \rho fluid)ghl2. b. W = (\rho fluid − \rho Fe)gl3. c. W = (\rho Fe + \rho fluid)gl3. d. W = (\rho Fe − \rho fluid)gl3. e. W = (\rho Fe + \rho fluid)ghl2.

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In addition to the product costs shown above, Wildhorse typically incurs a variable selling cost of $6 per unit. If the company accepts the special order, it will not incur this cost. Based on the available information, should Wildhorse take on this special order? How much better or worse off will it be if it accepts this order?

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What is the primary function of the Sacroiliac (SI) joint? To facilitate movement of the lumbar spine To connect the femur to the pelvis To transmit load and provide stability between the spine and the pelvis To facilitate hip flexion and extension

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38. A long, cylindrical conductor of radius R carries a current I as shown in Figure P30.38. The current density J, however, is not uniform over the cross section of the conductor but rather is a function of the radius according to J = br, where b is a constant. Find an expression for the magnetic field magnitude B (a) at a distance r₁ < R and (b) at a distance r₂ > R, measured from the center of the conductor. P30.38 Take a circle of radius r₁ or r₂ to apply $\oint \mathbf{B} \cdot d\mathbf{s} = \mu_o I$, where for nonuniform current density I = $\int \mathbf{J} dA$. In this case $\mathbf{B}$ is parallel to $d\mathbf{s}$ and the direction of $\mathbf{J}$ is straight through the area element dA, so Ampère's law gives $\oint \mathbf{B} d\mathbf{s} = \mu_o \int \mathbf{J} dA$ (a) For r₁ < R, $2\pi r_1 B = \mu_o \int_0^{r_1} br(2\pi r dr) = \mu_o 2\pi b [\frac{r_1^2}{3} - 0]$ and B = $\frac{1}{3}(\mu_o br_1^2)$ (inside) (b) For r₂ > R, $2\pi r_2 B = \mu_o \int_0^R br(2\pi r dr)$ and B = $\frac{\mu_o bR^3}{3r_2}$ (outside)

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ACCT 8043 Spring 2024 Module 5 Required Homework Problem Topic: Property Transactions: Section 1231 and Recapture Problem: Julie Hernandez is single and has no dependents. She operates a dairy farm, and her Social Security number is 000-00-1111. She lives at 1325 Vermont Street in Costa, Florida, 44215. Consider the following information for the current year (2021): • Schedule C was prepared by her accountant and the net profit from the dairy operations is $48,000. • Itemized deductions amount to $4,185. • Dividend income (qualified dividend) amounts to $280. She had no transactions involving virtual currency during the year. • State income tax refund received during the year is $125. She did not itemize last year. • In June, a burglar broke into her house and stole the following two assets, which were acquired in 1989: The following assets used in her business were sold during the year: Acquisition Original Depreciation Date of Sale Selling Price Tractor 6/10/2011 $25,000 $25,000 10/20/2021 $8,300 Barn 5/23/2001 90,000 61,000 05/13/2021 87,000 Land 5/23/2001 15,000 ---0--- 05/13/2021 27,000 Cows 9/7/2019 20,000 13,000 11/08/2021 21,000 In August, three acres of the farm were taken by the state under the right of eminent domain for the purpose of building a highway. The basis of the three acres is $1,500, and the state paid the FMV, $22,000, on February 10, 2021. The farm was purchased on August 12, 1988. Nonrecapture net Section 1231 losses from the five most recent tax years preceding the current year amount to $7,000. Estimated taxes paid during the year amount to $32,000. Require: Prepare Julie’s 2021 Forms 1040 and schedule 1, 4684 Section A, 4797, and Schedule D. Carefully fill in all applicable boxes. Worksheets submissions are optional. Do not consider the alternative minimum tax or self-employment taxes. Refer to instructions for 4684 and 4797; follow instructions for any need to be carried from 4684 and/or 4797 to Schedule D.

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QUESTION 4 Julie works as at home and is self-employed. She uses 17% of her home as office space. She has the following housing expenses: Painting of office $600, mortgage interest total $3,200, property taxes $1,800, utilities $2,400, and depreciation (if 100% business use) of $5,000. Ignoring any income limitations, what is Julie's home office deduction? Use actual expense method. ? $13,000 ? $1,858 ? $2,210 ? $2,708

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List, describe and provide examples of the types of caregiving adult children provide for their elderly parents.

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Consider the following array: int myArray[25]; What is the index of the first element? [??] What is the index of the last element? [??]

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