Find all natural-number values of b that make the trinomial factorable.x2 - 11x + b
A. 10, 18, 24, 28
B. 10, 18, 24
C. 6, 7, 8, 9, 10
D. 10, 18, 24, 28, 30
Answer: D
You might also like to view...
Answer each question appropriately.The position of an object in free fall near the surface of the plane where the acceleration due to gravity has a constant magnitude of g (length-units)/sec2 is given by the equation: s = -
gt2 + v0t + s0, where s is the height above the earth, v0 is the initial velocity, and s0 is the initial height. Give the initial value problem for this situation. Solve it to check its validity. Remember the positive direction is the upward direction.
A. 
= -gt , s(0) = s0
B. 
= -g , s '(0) = v0, s(0) = s0
C. 
= -g
D. 
= g , s '(0) = v0, s(0) = s0
Provide an appropriate response. Find the equation of the line with no slope and passing through the point (4, 10).
A. x = 4 B. y = x + 6 C. y = 10 D. cannot be determined
The Richter scale converts seismographic readings into numbers for measuring the magnitude of an earthquake according to this function M(x) = log 
, where x0 = 10-3.Two earthquakes differ by 0.1 when measured on the Richter scale. How would the seismographic readings differ at a distance of 100 kilometers from the epicenter?
A. The earthquake of greater magnitude has a seismographic reading that is 
times that of the lesser earthquake.
B. The earthquake of greater magnitude has a seismographic reading that is 
times that of the lesser earthquake.
C. The earthquake of greater magnitude has a seismographic reading that is 100 times that of the lesser earthquake.
D. The earthquake of greater magnitude has a seismographic reading that is 10 times that of the lesser earthquake.
Solve the equation for x. Give an exact solution.log x = 3.6
A. 3.6e B. e3.6 C. 103.6 D. 3.610