B (i) IS f:[0,2] → [-1,3] WHERE 68)= x=4x +3 11? ONTO? EX PLAIN. (ii) IS g: [0,2] →R WHERE g®)=x?-4x+3 1-1? ONTO? EXPLAIN, hi [0,3] → [-1,3] WHERE hes=84x+3 1-1? OU TO? EXPLAIN (iii) IS
You are given (i) X | θ is uniform on [0,0] (ii) θ is exponentially distributed with mean 20. Calculate the coefficient of variation for X 4.
I lost in this I need help please thank you
aD 11) g Evaluate (y? +ex* ) dx + (3xy+cos y)dy where D is the closed semi-annular region above the x-axis between the circles of radius 2 and radius 5 centered at the origin (this is a “half-ring”). Assume positive orientation. Sketch the region and indicate the orientation along all pieces of the boundary.
Use the given summary statistics to do the calculations in examples 9-12. n-10, Ex = 111, Ex? = 1371, 2y = 76, Ey? = 754, Exy = 702, b. = 18.9157, b, = -1.0194, x, = 15 n(Exy) -(Ex)(y) Example 8: Calculate the Correlation Coefficient, r = Vin(Ex')-(Ex)"][n(Ey) -(Ey)'l If you are unable to evaluate this expression as a whole, break it up into pieces using order of operations. Work to 5 decimal place in a - d) and round...
insurance paying I at the moment of 3. The expected present value of an meyear term death to (r) is 0.0572. You are giv (i) Aa.,-0.007, , > 0. δ-0.05 (ii) Determine n 4. You are given: (i) Ar =0.4275 (ii) δ= 0.055 (İİİ) Ar.,-0.045 for all Calculate A r치
insurance paying I at the moment of 3. The expected present value of an meyear term death to (r) is 0.0572. You are giv (i) Aa.,-0.007, , > 0. δ-0.05...
Ex: Given the following reaction equation: C6H6 (l) + O2 (g) → Calculate the volume of CO2 produced when 35 g of C6H6 react at 38 oC and 658 mmHg CO2 (g) H20 (I)
4) Given the following demand function: Q = 50P-1.310.9 40.2 Where: Q: monthly quantity demanded A: Advertising exp. (S000 US) : price in I: Disposable income (SUS) a) What is the price elasticity of demand (use calculus)? b) Will an increase in price increase or decrease the amount spent on this product? c) What is the income elasticity of demand?
E. How do you calculate the following? i) total revenue ii) average revenue ii) marginal revenue
Suppose 22.5 nickel(II) iodide is dissolved in 250 mL of a 0.50 M aqueous solution of potassium carbonate. Calculate the final molarity of iodide anion in the solution. You can assume the volume of the solution doesn't change when the nickel(II) iodide is dissolved in it.
- 1 Il II 1 1 IL II LT 11 1 11 SI . 1 O 1 1 1 . Write the IUPAC names of the given carboxylic acids. 0 OCH3 H3CCH2CHCH2 -C-OH 3-methoxypropanic // 4-chlorobenzoic ISI - 01 IRI 0 Olls ll SO 1 CH3 o= 0 IUPAC name: IUPAC name: 11 SIL I IT TI 1 11 11 ISTI 11 STI 1 - TI 11 1 1 1 11 IT 11 1 ILL III II | I T...