Subtract. Check by adding.656 - 11
A. 643
B. 545
C. 667
D. 645
Answer: D
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Perform the division. Write the answer with positive exponents.
A. 5x3 + 6x2- 7 + +
B. 25x8 + 6x2 - 7 + +
C. 5x3 + 6x2 - 7
D. 5x3 + 30x7 - 35x5 + 15x3 + 7x2
Find the expected value of the optimal strategy.A farmer must decide on which of two pieces of land to grow his crops. The first piece of land has better soil and will yield a larger harvest. However this piece of land is low lying and is coastal and his crops will be destroyed in the event of a storm and flooding. The second piece of land has poorer soil and will yield a smaller harvest but is at a higher elevation and would not be affected by flooding. He estimates that the payoff matrix is as follows:FloodingNo floodingBased on meteorological records from previous years, the
farmer estimates the probability of flooding next year to be 0.2. What is the farmer's expected profit if he picks the best strategy? A. $10,000 B. $13,200 C. $4000 D. $6000
It has been estimated that a certain stream can support 55,000 fish if it is pollution-free. It has further been estimated that for each ton of pollutants in the stream, 1,300 fewer fish can be supported. Assuming the relationship is linear, write the equation that gives the population of fish p in terms of the tons of pollutants x. ?
A.
B.
C.
D.
E.
Sketch the graph of the equation and label the coordinates of at least three solution points.
A.
B.
C.
D.
E.