Arithmetic

If 0.497 mark has the value of one dollar, what is the value to the nearest dollar of 350 marks?

0.025 * (7.5) * 48) 5 * 0.0024 * (3 / 4) 0.025 * (7.5) * 48) 5 * 0.0024 * (3 / 4)

In the addition problem above, the number * must be?

1 1 0.03 + 1 0.37 =

In 1980, approximately what fraction of the cost to the consumer for the production of 6 ounces of frozen orange juice went to the farmer?

q = 3 √ q = 3 r = 1 + 2 3 √ r = 1 + 2 3 s = 3 + 3 √ s = 3 + 3 If q, r and s are the numbers shown above, which of the following shows their order from greatest to least?

Of the following, which best approximates: (0.1667) (0.8333) (0.3333) (0.2222) (0.6667) (0.1250) ?

Bottle R contains 250 capsules and costs $\mathrm{6.25.}BottleTcontains130capsulesandcosts$2.99. What is the difference between the cost per capsule for bottle R and the cost per capsule for bottle T?

Of the following, which is closest to 0.15 * 495 9.97 ?

1 2 (3 4 2 3) 2 9 =

At a certain bowling alley, it costs $0.50torentbowlingshoesforthedayand$1.25 to bowl 1 game. If a person has $12.80 and must rent shoes, what is the greatest number of complete games that person can bowl in one day?

6.09 - 4.693 =

1 - [2 - (3 - [4 - 5] + 6) + 7]

For a positive integer n, the number n! is defined to be n(n - 1)(n - 2) ... (1). For example, 4! = 4(3)(2)(1). What is the value of 5! - 3!?

5 4 (42 ÷ 3 16) =

If P = S 1 + n r and P , S , n , and r are positive numbers, then in terms of P , S and r what does n equal?

Which of the following is equal to 3/8 of 1.28?

A collection of 36 cards consists of 4 sets of 9 cards each. The 9 cards in each set are numbered 1 through 9. If one card has been removed from the collection, what is the number on that card? (1) The units digit of the sum of the numbers on the remaining 35 cards is 6. (2) The sum of the numbers on the remaining 35 cards is 176.

How many basic units of currency X are equivalent to 250 basic units of currency Y ? (1) 100 basic units of currency X are equivalent to 625 basic units of currency Y. (2) 2,000 basic units of currency X are equivalent to 12,500 basic units of currency Y.

If the length of Wanda's telephone call was rounded up to the nearest whole minute by her telephone company, then Wanda was charged for how many minutes for her telephone call? (1) The total charge for Wanda's telephone call was $6.50. (2) Wanda was charged $0.50 more for the first minute of the telephone call than for each minute after the first.