Numerade

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A flask contains 1.00L of a gas at 0.650 atm and 43 degrees c. The mass of the gas is 0.70g. What is its identity?

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When is more Na+ reabsorbed and more K+ excreted in urine? Group of answer choices increased vasopressin decreased aldosterone increased aldosterone decreased vasopressin

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Suppose a fast-food restaurant offers the following menu: Main: cheeseburger, vegan burger, chicken sandwich, fish sandwich, chicken tenders Side: French fries, salad, fruit cup Beverage: soda, coffee, tea Dessert: apple pie, cookie, cheesecake In how many ways can someone order a meal consisting of one choice from each category? 135 140 235 100

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Impulse - Momentum 6. You are a successful physical therapist and strength and conditioning specialist. A well-known WNBA player has contacted you to provide your expertise on landing and jumping mechanics. The basketball player reports consistent knee and hip pain, especially when landing on the ground after jumping. Due to this pain, her 3-point percentage has also decreased as of late. She feels as though she cannot gather enough momentum to improve her release height for a 3-point shot. You are aware of the Impulse-Momentum relationship and how it can be manipulated to an athlete's advantage in multiple ways. State the equation for the Impulse-Momentum relationship and discuss which aspects of the equation can be manipulated by the WNBA player to: a) Improve the pain experienced when landing. b) Improve the momentum during a 3-point shot. c) Make sure to provide a detailed description and rationale for your decision. Keep your answers focused on the Impulse-Momentum relationship!

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A factory produces bicycles at a rate of 95 + 1200t^2 - 20t bicycles per week (t in weeks). How many bicycles were produced from the beginning of week 2 to the end of week 3?

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discuss the trade off plant face between maximizing photosynthesis and reducing water loss from leaves

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Given $f(x,y) = \ln(x^2 + 6xy - 4y^2)$ a) Find the domain b) Evaluate $F(2,1)$ c) Find all first and second partial derivatives.

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From the standard potentials Tl$^+$ + e$^-$ \leftrightarrow Tl(s) E$^0_+$ = -0.336 V TlCl(s) + e$^-$ \leftrightarrow Tl(s) + Cl$^-$ E$^0_-$ = -0.557 V calculate the solubility product constant of TlCl. Assume the activity of chloride ion of exactly 1.00. 1.10E-7

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1. Find the charge in the volume defined by $0 \le x \le 1$ m, $0 \le y \le$ m and $0 \le z \le 1$ m. If $\rho = 30x^2y \mu C/m^3$. 2. Charge in the form of a plane sheet with density $\sigma = 40 \mu C/m^2$ is located at $z = -1$ m, also a uniform line charge of $\lambda = -6 \mu C/m$ lies along the y-axis. What net flux crosses the surface of a cube 2m on an edge, centered at the origin as shown in the Fig. 1a. 3. A point charge Q is at the origin of a spherical coordinate system. Find the flux which crosses the portion of a spherical shell described by $a \le \theta \le \beta$. What is the result if $a = 0$ and $\beta = \pi/2$. Ref. Fig. 1b. 4. Determine the flux crossing a 1 mm by 1 mm area on the surface of a cylindrical shell at $s = 10$ m, $z = 2$m, $\phi = 53.2^\circ$ if: $\mathbf{E} = 2x\hat{x} + 2(1 - y)\hat{y} + 4z\hat{z}$. Refer Fig. 1c.

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2-29 Two cars, A and B, move along the x-axis. Figure 2-30 is a graph of the positions of A and B versus time. a) In motion dia- grams (like Figure 2-10b or Figure 2-11b), show the position, velocity, and acceleration of each of the two cars at $t = 0$, $t = 1$ s, and $t = 3$ s. b) At what time(s), if any, do A and B have the same position? c) Graph velocity versus time for both A and B. d) At what time(s), if any, do A and B have the same velocity? e) At what time(s), if any, does car A pass car B? f) At what time(s), if any, does car B pass car A?

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paula a.