David goes into a candy store with $5.00. He buys 9 peppermints for $0.15 each and some sour candies. Each sour candy costs $0.2 5. Write and solve an inequality to show the maximum number of candies that he can buy. Be sure to include a unit in your answer. Plzzz I will give you 100 points
1 answer:
Answer:
5 ≥ 9*.15 + x*.25
He can buy up to 14 candies
Step-by-step explanation:
Total money ≥number of peppermints * cost per peppermint + number of sour candies * cost per sour candy
We know he has 5 dollars. He bought 5 peppermints at $.15 cents each and x sour candies at $.25 each
Substituting in
5 ≥ 9*.15 + x*.25
5≥1.35 + .25x
Subtract 1.35 on each side
5-1.35 ≥ 1.35-1.35+.25x
3.65≥.25x
Divide by .25 on each side
3.65/.25 ≥ .25x/.25
14.6 ≥ x
He can buy up to 14 candies. You can't buy part of a candy
You might be interested in
Answer:
see
Step-by-step explanation:
diameter=2×pi×r
diameter. 2.22/7.r
The answer would be 9.650055637900878 Hope this helped!!
If you copy and paste this question on google, you get the answer. But sadly i can't copy and paste on here because it's plagiarism!<span />
100-10=90 450=90% of original find 100% divide by 9 50=10% times 10 500=100% origianl price=$500 (this is the hack way that only works with nice numbers)
-3°C is the coldest temperature