To find values of the table, plug in the given corresponding values of x or y, and constant rate of change (m) = -3/4 into y = mx.
<h3>What is the Constant Rate of Change?</h3>
Constant rate of change of any table or function is a comparison of how two variables are changing, which can be determined using the formula, m = change in y/change in x =
.
Where x and y are the coordinates of a table or functions, and m is the constant rate of change, the equation that models the relationship would be, y = mx.
The image of the table is missing, however, to complete the given table, plug in any of the given values of x or y, and constant rate of change (m) = -3/4 into y = mx.
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Answer:
second one
Step-by-step explanation:
130,000 - 60,000 (volatile bonds) = $70,000 left but they do not want to invest more in the stable bond than the $60,000 they invested in the more volatile bond, so they would put $60,000 in each and have $10,000 left, investing only $120,000. The question said they had up to $130,000 to invest but with the conditions listed, they are only going to invest $120,000.
60,000 x 11.0 = $6600.00
60,000 x 5.5 = 3300.00
Max Income of $9900.00
Answer:
Slope=3
Step-by-step explanation:
Using the points (0,3) and (1,3) we can use the slope formula.
m=rise = y2-y1
----- --------
run. x2-x1
or. m=3 = (3-0) = 3 = 3
- ------ -
1 (1-0) 1