1/5p^(-4/5)
(1/5)(p^(4/5))
(p^(4/5))/5
Answer with positive power is
(P^(4/5))/5
Optoon b is right
Rewrite with positive exponents. Assume that even roots are of nonnegative 1 - 4/5 5p O...
8xy Rewrite with positive exponents. Assume that even roots are of nonnegative quantities and that all denominators are nonzero.
Rewrite with positive exponents. Assume that even roots are of nonnegativ 6x - 5/626/7 6/7 6z TOA. 6/5 X B. 6/7 Z 5/6 6x 6/7 6z O c. 5/6 х 62117 OD 5 X ess
Use the laws of exponents to simplify. Do not use negative exponents in the answer. Assume that even roots are of nonnes are nonzero. (x2/3y -4/5,1/2 7/6 OA 73/10 OB. -X1/3,275 1/3 х Oc. 2/5 X2/3 OD. 2/5
Divide. Write with positive exponents. 24x8 - 36x6 6x8 6 OA. - 4+ x2 OB. +4 +6x? 6 O c. 24x8 + X2 OD. -4 -36x6
Perform all indicated operations, and express each answer in simplest form with positive exponents. Assume that all variables represent positive real numbers. Make sure you reply to another student post a) V12 – V108 ỹ27 24 2 x 4 b) -5 x 3 8 c) ตรี d)(3V5 + 2 +277)? -V 3 5x
10. Rewrite the following expressions with exponents no greater than 1: A. sin? 2 B. cost 11. Let cos(20) 3 4 Find tan’ a sin 12. Graph two periods of the trigonometric functions: A. f(0) = 3 tan (20 – 5). B. g(x) = – cot(.x+7) C. f(x) = 2 sec(47x) + 3 D. g(0) = 5 csc -7 13. Identify the visible asymptotes for each of the graphs in question 12. 14. Write a formula to find ALL asymptotes...
Homework Problems (Ch 2&3) Module 1 – Week 1 Exercise 2.5: Function and exponents 1. Graph the functions a) y = 16 + 2x b) y = 8 – 2x c) y = 2x +12 (In each case, consider the domain as consisting of nonnegative real numbers only) 5. Condense the following expressions: b) x^a\times x^b\times x^c c){\ \ x}^3\times y^3\times z^3 6. Find: b) \left(x^{1/2}\times x^{1/3}\right)/x^{2/3} Exercise 3.2: Single Unknown 2. Let the demand and supply function be as...
Find the following. 5/2 3/2 f'(4) if f(x) = 9x -7x O A. 159 OB. 96 OC. 6 OD. 8 Find the equation of the tangent line to the curve when x has the given value. f(x) = Tx 5 ; X= 4 4x O A. y=-25 8 5 OB. y = 13x - 16 O c. y= - 39x - 80 х OD. y 1 + — 5 20
Question 23 (1 point) Figure 4-18 20 price 1 2 3 4 5 6 7 8 9 10 quantity Refer to Figure 4-18. What is the equilibrium quantity in this market? a) 7.5 units Ob) 5 units OC) 10 units O d) The equilibrium quantity cannot be determined from this graph. Question 24 (1 point) Figure 4-18 2 prace 1 2 3 4 5 6 7 8 9 10 quantity Refer to Figure 4-18. What is the equilibrium price in...
Homework Problems (Ch 2&3) Module 1 – Week 1 Exercise 2.5: Function and exponents 1. Graph the functions a) y = 16 + 2x b) y = 8 – 2x c) y = 2x +12 (In each case, consider the domain as consisting of nonnegative real numbers only) 5. Condense the following expressions: b) x^a\times x^b\times x^c c){\ \ x}^3\times y^3\times z^3 6. Find: b) \left(x^{1/2}\times x^{1/3}\right)/x^{2/3} Exercise 3.2: Single Unknown 2. Let the demand and supply function be as...