Answer:
A number line with a point at 3 with a bold line pointing to the right stopping at the open circle at 5.
Step-by-step explanation:
Phyllis solved the compound inequality She began by first breaking the inequality into two separate inequalities and , then she correctly solved each for x:
1)
Rewrite this inequality:
Divide by 2:
Add 1:
Divide by 3:
2)
Divide by 2:
Add 1:
Divide by 3:
The solution to the compound inequality are all values of x which are greater than 3 or equal to 3 and less than 5. So, you have to plot point at 3, draw a bold line to 5 and plot open circle at 5. Hence, option
A number line with a point at 3 with a bold line pointing to the right stopping at the open circle at 5
is true.
The answer to your question would be A.
Hope you have a nice day!
c = 8
c = StartFraction 29 over 4 EndFraction
c = 7
Answer:
A
Step-by-step explanation:
got it right on edge so......
The cost of 13 cans of soup, given that 4 cans cost $6.00, can be determined using a proportion. The proportion is set up as 4 cans / $6.00 = 13 cans / x, which Solving for x indicates that the cost for 13 cans of soup is $19.50.
The question is asking for the cost of 13 cans of soup, given that 4 cans cost $6.00. This can be solved using a proportion. A proportion is set up as an equivalent fraction equation, where the ratio of the number of cans to the cost is equal in both situations. Here, the proportion is 4 cans / $6.00 = 13 cans / x, where x is the cost we are trying to find for 13 cans of soup.
To solve for x, we would use cross-multiply. This gives us 4x = 78, where we then divide both sides by 4 to get x = $19.50. So, the cost of 13 cans of soup is $19.50.
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