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Find an Approximation for the Area Under the Curve Y

Question 13

Multiple Choice

Find an approximation for the area under the curve y = 1 - Find an approximation for the area under the curve y = 1 - and above the x-axis fromx = 0 to x = 1 using a sum of areas of four rectangles each having width 1/4 and (a) tops lying under the curve, or (b) tops lying above the curve. What does this tell you about the actual area under the curve? A) (a) , (b) ; < area under curve < B) (a) , (b) ; < area under curve < C) (a) , (b) ; < area under curve < D) (a) , (b) ; < area under curve < E) (a) , (b) ; < area under curve < and above the x-axis fromx = 0 to x = 1 using a sum of areas of four rectangles each having width 1/4 and (a) tops lying under the curve, or (b) tops lying above the curve. What does this tell you about the actual area under the curve?


A) (a) Find an approximation for the area under the curve y = 1 - and above the x-axis fromx = 0 to x = 1 using a sum of areas of four rectangles each having width 1/4 and (a) tops lying under the curve, or (b) tops lying above the curve. What does this tell you about the actual area under the curve? A) (a) , (b) ; < area under curve < B) (a) , (b) ; < area under curve < C) (a) , (b) ; < area under curve < D) (a) , (b) ; < area under curve < E) (a) , (b) ; < area under curve < , (b) Find an approximation for the area under the curve y = 1 - and above the x-axis fromx = 0 to x = 1 using a sum of areas of four rectangles each having width 1/4 and (a) tops lying under the curve, or (b) tops lying above the curve. What does this tell you about the actual area under the curve? A) (a) , (b) ; < area under curve < B) (a) , (b) ; < area under curve < C) (a) , (b) ; < area under curve < D) (a) , (b) ; < area under curve < E) (a) , (b) ; < area under curve < ; Find an approximation for the area under the curve y = 1 - and above the x-axis fromx = 0 to x = 1 using a sum of areas of four rectangles each having width 1/4 and (a) tops lying under the curve, or (b) tops lying above the curve. What does this tell you about the actual area under the curve? A) (a) , (b) ; < area under curve < B) (a) , (b) ; < area under curve < C) (a) , (b) ; < area under curve < D) (a) , (b) ; < area under curve < E) (a) , (b) ; < area under curve < < area under curve < Find an approximation for the area under the curve y = 1 - and above the x-axis fromx = 0 to x = 1 using a sum of areas of four rectangles each having width 1/4 and (a) tops lying under the curve, or (b) tops lying above the curve. What does this tell you about the actual area under the curve? A) (a) , (b) ; < area under curve < B) (a) , (b) ; < area under curve < C) (a) , (b) ; < area under curve < D) (a) , (b) ; < area under curve < E) (a) , (b) ; < area under curve <
B) (a) Find an approximation for the area under the curve y = 1 - and above the x-axis fromx = 0 to x = 1 using a sum of areas of four rectangles each having width 1/4 and (a) tops lying under the curve, or (b) tops lying above the curve. What does this tell you about the actual area under the curve? A) (a) , (b) ; < area under curve < B) (a) , (b) ; < area under curve < C) (a) , (b) ; < area under curve < D) (a) , (b) ; < area under curve < E) (a) , (b) ; < area under curve < , (b) Find an approximation for the area under the curve y = 1 - and above the x-axis fromx = 0 to x = 1 using a sum of areas of four rectangles each having width 1/4 and (a) tops lying under the curve, or (b) tops lying above the curve. What does this tell you about the actual area under the curve? A) (a) , (b) ; < area under curve < B) (a) , (b) ; < area under curve < C) (a) , (b) ; < area under curve < D) (a) , (b) ; < area under curve < E) (a) , (b) ; < area under curve < ; Find an approximation for the area under the curve y = 1 - and above the x-axis fromx = 0 to x = 1 using a sum of areas of four rectangles each having width 1/4 and (a) tops lying under the curve, or (b) tops lying above the curve. What does this tell you about the actual area under the curve? A) (a) , (b) ; < area under curve < B) (a) , (b) ; < area under curve < C) (a) , (b) ; < area under curve < D) (a) , (b) ; < area under curve < E) (a) , (b) ; < area under curve < < area under curve < Find an approximation for the area under the curve y = 1 - and above the x-axis fromx = 0 to x = 1 using a sum of areas of four rectangles each having width 1/4 and (a) tops lying under the curve, or (b) tops lying above the curve. What does this tell you about the actual area under the curve? A) (a) , (b) ; < area under curve < B) (a) , (b) ; < area under curve < C) (a) , (b) ; < area under curve < D) (a) , (b) ; < area under curve < E) (a) , (b) ; < area under curve <
C) (a) Find an approximation for the area under the curve y = 1 - and above the x-axis fromx = 0 to x = 1 using a sum of areas of four rectangles each having width 1/4 and (a) tops lying under the curve, or (b) tops lying above the curve. What does this tell you about the actual area under the curve? A) (a) , (b) ; < area under curve < B) (a) , (b) ; < area under curve < C) (a) , (b) ; < area under curve < D) (a) , (b) ; < area under curve < E) (a) , (b) ; < area under curve < , (b) Find an approximation for the area under the curve y = 1 - and above the x-axis fromx = 0 to x = 1 using a sum of areas of four rectangles each having width 1/4 and (a) tops lying under the curve, or (b) tops lying above the curve. What does this tell you about the actual area under the curve? A) (a) , (b) ; < area under curve < B) (a) , (b) ; < area under curve < C) (a) , (b) ; < area under curve < D) (a) , (b) ; < area under curve < E) (a) , (b) ; < area under curve < ; Find an approximation for the area under the curve y = 1 - and above the x-axis fromx = 0 to x = 1 using a sum of areas of four rectangles each having width 1/4 and (a) tops lying under the curve, or (b) tops lying above the curve. What does this tell you about the actual area under the curve? A) (a) , (b) ; < area under curve < B) (a) , (b) ; < area under curve < C) (a) , (b) ; < area under curve < D) (a) , (b) ; < area under curve < E) (a) , (b) ; < area under curve < < area under curve < Find an approximation for the area under the curve y = 1 - and above the x-axis fromx = 0 to x = 1 using a sum of areas of four rectangles each having width 1/4 and (a) tops lying under the curve, or (b) tops lying above the curve. What does this tell you about the actual area under the curve? A) (a) , (b) ; < area under curve < B) (a) , (b) ; < area under curve < C) (a) , (b) ; < area under curve < D) (a) , (b) ; < area under curve < E) (a) , (b) ; < area under curve <
D) (a) Find an approximation for the area under the curve y = 1 - and above the x-axis fromx = 0 to x = 1 using a sum of areas of four rectangles each having width 1/4 and (a) tops lying under the curve, or (b) tops lying above the curve. What does this tell you about the actual area under the curve? A) (a) , (b) ; < area under curve < B) (a) , (b) ; < area under curve < C) (a) , (b) ; < area under curve < D) (a) , (b) ; < area under curve < E) (a) , (b) ; < area under curve < , (b) Find an approximation for the area under the curve y = 1 - and above the x-axis fromx = 0 to x = 1 using a sum of areas of four rectangles each having width 1/4 and (a) tops lying under the curve, or (b) tops lying above the curve. What does this tell you about the actual area under the curve? A) (a) , (b) ; < area under curve < B) (a) , (b) ; < area under curve < C) (a) , (b) ; < area under curve < D) (a) , (b) ; < area under curve < E) (a) , (b) ; < area under curve < ; Find an approximation for the area under the curve y = 1 - and above the x-axis fromx = 0 to x = 1 using a sum of areas of four rectangles each having width 1/4 and (a) tops lying under the curve, or (b) tops lying above the curve. What does this tell you about the actual area under the curve? A) (a) , (b) ; < area under curve < B) (a) , (b) ; < area under curve < C) (a) , (b) ; < area under curve < D) (a) , (b) ; < area under curve < E) (a) , (b) ; < area under curve < < area under curve < Find an approximation for the area under the curve y = 1 - and above the x-axis fromx = 0 to x = 1 using a sum of areas of four rectangles each having width 1/4 and (a) tops lying under the curve, or (b) tops lying above the curve. What does this tell you about the actual area under the curve? A) (a) , (b) ; < area under curve < B) (a) , (b) ; < area under curve < C) (a) , (b) ; < area under curve < D) (a) , (b) ; < area under curve < E) (a) , (b) ; < area under curve <
E) (a) Find an approximation for the area under the curve y = 1 - and above the x-axis fromx = 0 to x = 1 using a sum of areas of four rectangles each having width 1/4 and (a) tops lying under the curve, or (b) tops lying above the curve. What does this tell you about the actual area under the curve? A) (a) , (b) ; < area under curve < B) (a) , (b) ; < area under curve < C) (a) , (b) ; < area under curve < D) (a) , (b) ; < area under curve < E) (a) , (b) ; < area under curve < , (b) Find an approximation for the area under the curve y = 1 - and above the x-axis fromx = 0 to x = 1 using a sum of areas of four rectangles each having width 1/4 and (a) tops lying under the curve, or (b) tops lying above the curve. What does this tell you about the actual area under the curve? A) (a) , (b) ; < area under curve < B) (a) , (b) ; < area under curve < C) (a) , (b) ; < area under curve < D) (a) , (b) ; < area under curve < E) (a) , (b) ; < area under curve < ; Find an approximation for the area under the curve y = 1 - and above the x-axis fromx = 0 to x = 1 using a sum of areas of four rectangles each having width 1/4 and (a) tops lying under the curve, or (b) tops lying above the curve. What does this tell you about the actual area under the curve? A) (a) , (b) ; < area under curve < B) (a) , (b) ; < area under curve < C) (a) , (b) ; < area under curve < D) (a) , (b) ; < area under curve < E) (a) , (b) ; < area under curve < < area under curve < Find an approximation for the area under the curve y = 1 - and above the x-axis fromx = 0 to x = 1 using a sum of areas of four rectangles each having width 1/4 and (a) tops lying under the curve, or (b) tops lying above the curve. What does this tell you about the actual area under the curve? A) (a) , (b) ; < area under curve < B) (a) , (b) ; < area under curve < C) (a) , (b) ; < area under curve < D) (a) , (b) ; < area under curve < E) (a) , (b) ; < area under curve <

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