The line of action of the 4260-lb force runs through the points A and B as shown in the figure. Determine the x and y scalar components of F. y, m B (10, 6) F = 4260 lb -x, m A (-9, -3) lb lb Answers: Fx i Fy-i
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Please answer correctly. Please don't use transcribe text.
Note: The tolerance is ± 1 in the third significant digit.
this is my last attempt please help me. Thank you
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- For each biological model below determine the dimensions of the parameters, based on the given dimensions of the variables. 1. Model of number of mutations M as a function of time t: M(t) — Мо + дut 2. Model of molecular concentration C as a function of time t: -kt C(t) = Coe 3. Model of tree height H (length) as a function of age a (time): ba H(a) c+a 4. Model of cooperative binding of ligands, with fraction of bound receptors 0 as a function of ligand concentration L: 0(L) = Ln + Kd 5. Model of concentration of a gene product G (concentration) as a function of time t: G(t) = Gm(1 – e at)Solve it correctly please. I will rate accordingly with multiple votes.For numeric entry in the Bb system the standard guidance applies: enter more digits than are signifi- cant in the answer field to ensure correct answers are marked as correct,convert to standard units if necessary unless otherwise stated but do not enter the unit in the answer field, if you choose to use scientific notation 2.0563 x 10-4 is entered as 2.0563E-4 (no spaces, the E must be capitalized). 1) Calculate the density of a block of unknown metal that has mass 234.00 g and is a cube that measures 9.000 cm on a side. 2) Calculate the volume of a 5.00 kg nugget of pure gold. 3) If the nugget in the previous problem were cast into a cube, what would the length of one of the sides be, measured in centimeters? 4) Calculate the mass of blood in the average human body, given the average volume of 5.0 L. 5) If a cylindrical rod of uranium is 25.00 cm long and has mass 9.874 kg, what is its radius?
- Solve to the significant number of digits 3456 + 888.010 + 53.11 + 7 – 1.0 (45.805*2.00)/5.0 + 0.1Part C Evaluate AVL at t = 1.0 ms, if L = 20 mH, Io = 50 mA, and T = 1.0 ms. Express your answer using two significant figures and include the appropriate units. ► View Available Hint(s) ▼ AVL = Value Submit HA Part D μÀ V Evaluate AVL at t = 3.0 ms, if L = 20 mH, Io = 50 mA, and T = 1.0 ms. Express your answer using two significant figures and include the appropriate units. ► View Available Hint(s) P Pearson ? www ?With these steps, what am I supposed to input into column h in Excel to give me the answers shown in the photo?
- Below is the calculator result for the operation indicated. Enter the answer to the correct number of significant figures for this calculation, using the rules for significant figures. 2.15648 0.0056892 = 2.1507908In the following equations, the letters b, c, d, fand g are constants. Find the SI units of each constant. Equation: Units of Show work here: b: c: a. position: x(t) = bt* + ct³ + dt² + ft + g, where t is time d: f:. b: b. displacement: y(x,t) = b cos(cx – dt), where t is time and x is position d: b: C. current: I(t) = be-et, where t is time and / is current, measured in amperes (symbol A) c:PLEASE CHECK THE ATTACHED ANSWER TO THE PROBLEM. Please make sure you're qualified to answer this question. THE DENOMINATOR SHOULD NOT BE CUBED THAT IS INCORRECT!! Whomever is doing that in their answer is wrong. PLease make sure you double check your work and answer my question. Is the attached answer CORRECT. IF IT IS NOT CORRECT. PLEASE MAKE SURE TO CALL OUT THE MISTAKE. PLEASE DO NOT SKIP ANY STEPS. PLEASE ANSWER THIS QUESTION COMPLETELY. PLEASE MAKE NOTES WHERE APPROPRIATE. PLASE DOUBLE CHECK YOUR WORK. DO NOT CUBE THE DENOMINATOR THAT IS INCORRECT.