Greg rolled two dice 50 times. Each time, he added the numbers on the top faces. His results are shown. Sum of the number Number
1 answer:
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The inequality to find the number of bagels nick can buy is where "b' is the number of bangles he can buy
<em><u>Solution:</u></em>
Given that Nick has 7.00$
Bagels cost 0.75$ each and a small container of cream cheese is 1.29$
To find: inequality that represents the number of bangles nick can buy
Let "b" represent the number of bangles he can buy
Given that small container of cream cheese is 1.29$. Assuming that one small container of cream cheese is $ 1.29
Cost of 1 bangle = $ 0.75
Then, cost of "b" bangles = $ 0.75b
<em><u>The inequality is framed as:</u></em>
cost of "b" bangles + cost of 1 container of cream cheese must be less than or equal to 7.00
Here "less than or equal to " is used because the amount he spends must be less than or equal to 7
Thus the inequality is found
On solving,
So the number of bangles he can buy is
The complete question in the attached figure
we know that
perimeter=24 ft
[the perimeter of a rectangle]=2*8+2*x-----------> 16+2x
24=16+2x-------> 2x=24-16----------> 2x=8----------> x=4 ft
the answer is
the option C) x=4 ft
we know that
perimeter=24 ft
[the perimeter of a rectangle]=2*8+2*x-----------> 16+2x
24=16+2x-------> 2x=24-16----------> 2x=8----------> x=4 ft
the answer is
the option C) x=4 ft