For questions 27-30, derive z-scores, given the following the p-values: 27. p.90 a. 1.28 b. .13 c. .14 d. .15
what is the total moment of O point 3 m 13/12 0 т-в In 30° 3 m 13/12 0 т-в In 30°
y'' − 13 y' + 30 y = 30 e2 x + e 10 x cos(3 x)
Each) log 4 (x - 3) = -1 4=x-3 13 13 +3 3= 13 Answer: b.) 6 In 6x = 30 %3D in6X %3D Answer: c.) +10970x +10g|0x log 10 (x + 30) = 3 – log 10 × check 10910 (20+30)= 3:-, 10910 20 10910130)=-10gio (20)13 10giol 50) +10910(20) = 13 to 10910( 50.20) = 103 10910 (Xt30) †109 10X = 3 (V130)(X) = 3 109 %3D T000 1000 (X7 30)X) = 10 X- 20 Answer:
P $13 $12 $11 $10 $9 $8 10 14 19 25 30 35 TC $15 $25 $45 $75 $115 $165 Refer to the above table. Given the demand and cost schedules, what is the profit maximizing quantity for this monopolist? OA, 30 OB, 14 OC. 25 O D. 19
Find the price elasticity of demand at P=5 for the demand function below. p= 30-3 The price elasticity of demand at P=5 is (Do not round until the final answer. Then round to two decimal places as needed.)
QUESTION 3 Given X ~N(10, 18) and n=64 P(13<x< 14) =
Given the following data set, answer the questions below: x 11 12 13 14 15 p(x) .20 .20 .30 .05 .25 1. What is the table above called? 2. What information is provided from the table? 3. What is the total probability of the sample space? 4. P(X > 13) 5. P(X ≥ 13) 6. P(X ≤ 14) 7. P(X = 15) 8. F(15) 9. F(14) 10. E(X) 11. V(X)
Help Save&Exit Submit 13 Thetolouinnces torPs o 13 June 30, Year 3 $ 352,800 70,000 734100 666.600 59.000 422.200 269,200 18,200 Stock Logo and T rks Notes Payable Retained Earnings The ownership repay the loan in 2 years. No other transactions took place during July. Year 3 and the company borrows $té6 n cash from a bank to buy new equipment by signing a formal agreement to eterencesRequired a. Prepare a classified balance sheet for the company at June 30...
point) Show that A57-133 24 56 and B 2 2 are similar matrices by finding an invertible matrix P satisfying A P-IBP. 30 72 3/30 72/3 point) Show that A57-133 24 56 and B 2 2 are similar matrices by finding an invertible matrix P satisfying A P-IBP. 30 72 3/30 72/3