Provide an appropriate response.For the equation y = mx + b, find a formula for the value of x given any value of y.

A. x = 
B. x = y - mx - b
C. x = 
D. x = 


Answer: D

Mathematics

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Complete the table.  Object  Liters  (L)  Milliliters  (mL) Cubic Centimeters  (cc) Cubic Centimeters  (cm3)Capacity of water tank        1495

A.

  Object  Liters
  (L)
  Milliliters
  (mL)
 Cubic Centimeters
  (cc)
 Cubic Centimeters
  (cm3)
Capacity of water tank  14.95  1495  1495  1495

B.
  Object  Liters
  (L)
  Milliliters
  (mL)
 Cubic Centimeters
  (cc)
 Cubic Centimeters
  (cm3)
Capacity of water tank  1,495,000  1495  1495  1495

C.
  Object  Liters
  (L)
  Milliliters
  (mL)
 Cubic Centimeters
  (cc)
 Cubic Centimeters
  (cm3)
Capacity of water tank  1.495  149,500  1495  1495

D.
  Object  Liters
  (L)
  Milliliters
  (mL)
 Cubic Centimeters
  (cc)
 Cubic Centimeters
  (cm3)
Capacity of water tank  1.495  1495  1495  1495

Mathematics

Divide.

A. 0.00007428 B. 0.0007428 C. 0.07428 D. 7.428

Mathematics

Determine whether the algebraic expression is a polynomial (Yes or No). If it is a polynomial, write the polynomial in standard form, determine the degree and state if it is a monomial, binomial, or trinomial. If it is a polynomial with more than 3 terms, identify the expression as a polynomial.4y4 + 5y2 - 6

A. yes; 4y4 + 5y2 - 6; degree 2; binomial B. no C. yes; 5y2 + 4y4 - 6; degree 2; trinomial D. yes; 4y4 + 5y2 - 6; degree 4; trinomial

Mathematics

Solve the problem.A cancer patient undergoing chemotherapy is injected with a particular drug. The function  gives the number of milligrams D of this drug that is in the patient's bloodstream h hours after the drug has been administered. How many milligrams of the drug were injected? To the nearest milligram, how much of the drug will be present after 2 hours?

Fill in the blank(s) with the appropriate word(s).

Mathematics