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kkurt [141]
4 years ago
12

The Leukemia and Lymphoma Society sponsors a 5K race to raise money. It receives $55 per race entry and $10,000 in donations, bu

t it must spend $15 per race entry to cover the cost of the race. Write and solve an inequality to determine the number of race entries the charity needs to raise at least $55,000.
Mathematics
1 answer:
loris [4]4 years ago
6 0
Donations = $10,000
Revenue = $55 per race enry
Expense = $15 per race entry
Budget ≥ $55,000

Let x =  the number of race entries.
Total revenue = Donations + Race entries - Expenses
Therefore
10000 + 55x - 15x ≥ 55000
40x ≥ 45000
x ≥ 1125

Answer: Race entries ≥ 1125

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Alisa says it is easier to compare the numbers in set a (45,000, 1,025,680) instead of set b (492,111, 409,867). 1.What is one w
DerKrebs [107]

Answer:

1. Set a has two numbers with different number of digits and set b has two number with same number of digits

2. Alissa conjecture is true

3. Her strategy is the number which has the greatest ten thousand place is the greatest number because hundred thousand place has same digit in both numbers

Step-by-step explanation:

* <em>Lets explain how we can solve the problem </em>

- Alisa says it is easier to compare the numbers in set

 a (45,000, 1,025,680) instead of set b (492,111, 409,867)

∵ Set a has two numbers one of them 5-digit and the other is 7-digit

∵ Set b has two numbers both of them 6-digit

∴ We can decide whether Alissa conjecture is true or not

1. Set a has two numbers with different number of digits and set b

   has two number with same number of digits

-  Lets look to set a there are two numbers

  45,000 and 1,025,680

∵ The first number formed fro 5 digits and the greatest place value

  is ten thousands

∵ The second number formed from 7 digits and the greatest place

   value is million

∴ The second number is greatest then the first number

- <u><em>She did that without looking to the digits and compare them</em></u>

- Lets look to set b there are two numbers

  492,111 and 409,867

∵ The first number formed from six digits and the greatest place

   value is hundred thousands

∵ The second number formed from six digits and the greatest place

   value is hundred thousands

∴ The two numbers have same number of digits

∴ We must start to compare the digits from greatest place value

- <u><em>She must compare the corresponding digits to find the greatest one</em></u>

2. Alissa conjecture is true because she can compare the number in

  set a by counting the number of digits but in set b she must

  compare the corresponding digits

∵ The greatest place value is hundred thousands and the two

  numbers have the same digit 4 in this place, so she must look

  to the ten thousand place

∵ The ten thousands digit in the first number is 9

∵ The ten thousands digit in the second number is 0

∵ 9 > 0

∴ The first number is greater than the second number

3. Her strategy is the number which has the greatest ten thousand

   place is the greatest number because hundred thousand place

   has same digit in both numbers

8 0
3 years ago
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Jena keeps her recipes in a vox with dimensions 7 inches, 5 inches, and 4 inches. What is the volume of the box?
Deffense [45]
 the volume of the box is L x W x H so it should be 7x5x4=140
7 0
3 years ago
Please help fast!!!!
Stolb23 [73]

Answer:

45 degrees

Step-by-step explanation:

3 0
3 years ago
Jeremy saves $35 per month over the first 7 months of the year. He saves $40 per month over the next 5 months of the year. If Je
cupoosta [38]
(35x7)+(40x5)=445
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On Mondays, Wednesdays, and Fridays, Luke packs his lunch. On Tuesdays and Thursdays, Luke buys his lunch. Draw a non-numeric pa
Lesechka [4]

The non-numeric pattern that shows the pattern of Luke's lunch for two weeks is P B P B P P B P B P

<h3>What are patterns and sequence?</h3>

Patterns are simply the rules that guides the formation of a numeric or non-numeric sequence

From the question, we have the following highlights

  • Pack lunch (P): Mondays, Wednesdays, and Fridays.
  • Buy lunch (B): Tuesdays and Thursdays,

Using the above representation, the non-numeric pattern that shows the pattern of Luke's lunch for two weeks can be represented as P B P B P P B P B P

Read more patterns and sequence at:

brainly.com/question/15590116

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3 years ago
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