-- Take a piece of paper
-- Take a pencil or a pen
-- Write the first nine or ten terms of the sequence:
Term Value
#1 0
#2 0.5
#3 1
#4 1.5
#5 2
#6 2.5
#7 3
#8 3.5
#9 4
#10 4.5
-- Now, find the graph of that sequence of numbers.
Hint: It's Graph-D .
Answer:
3315
Step-by-step explanation:
delta math
Answer:
3x + 1 = 7
x = 2
Step-by-step explanation:
equation for the hanger diagram
3x + 1 = 7
Subtract 1 from both sides
3x = 6
Divide both sides by 3
x = 2
Answer:
Follows are the solution to this question:
Step-by-step explanation:
The principal characteristics of algebra, a significant degree of complexity, and the logical scientific evidence or universality of application could be considered as an argument. It often operates in maths without any equivalent concepts and methods throughout the real world. In some cases, computational processes and approaches are applied in different fields without a great understanding of the essence of the process. Another argument is the use of formal logic as well as the accuracy of evidence extracting.
Notice that the given info consists of boundary lines for an area in the xy plane. We are interested ONLY in values of x and y that are 0 or greater (positive). Graph 5x + 3y

37 and 3x + 5y less than or equal to 35.
Find the points of intersection of all four straight lines (including the x- and y-axes). There will be 4 such points (incl. the origin).
Next, evaluate the objective function 2x + 14y at each of these 4 points. Which of the four results is the largest? the smallest? Label them as 'maximum' and 'minimum.'
Questions? Just comment on this discussion.