answer:On the first day, Hallie read 63 pages. On the second day, she read twice the number of pages as day one, so she read 63 x 2 = 126 pages. On the third day, she read 10 more pages than day two, so she read 126 + 10 = 136 pages. We know that the book is 354 pages long and she read a total of 63 + 126 + 136 = 325 pages in the first three days. To find out how many pages Hallie read on the fourth day, we subtract the total pages read in the first three days from the total number of pages in the book: 354 - 325 = 29 pages. Therefore, Hallie read 29 pages on the fourth day. 29 The answer is: 29, Hallie read 121 pages on the fourth day. Here's the reasoning: 1. We know that Hallie read 63 pages on day one. 2. On day two, she read twice the number of pages she'd read on day one, which is 2 × 63 = 126 pages. 3. On day three, she read 10 more pages than she did on day two, so she read 126 + 10 = 136 pages. 4. Now, we need to find out how many pages are left for Hallie to read on the fourth day. The total number of pages in the book is 354, and so far, Hallie has read 63 + 126 + 136 = 325 pages. 5. Therefore, she must have read 354 - 325 = 29 pages on the fourth day.,Hallie read a total of 63 pages on the first day. She read twice the number of pages on the second day, which is 63 * 2 = 126 pages. On the third day, she read 10 more pages than she did on day two, so she read 126 + 10 = 136 pages. Now, let's sum all the pages read in the first three days: 63 + 126 + 136 = 325 pages. Since the book is 354 pages long, and we already know Hallie read 325 pages, she must have read 354 - 325 = 29 pages on the fourth day.

answer:If Joshua packs x bottles in each crate and he has 130 bottles in total, we can find out how many crates he will use by dividing the total number of bottles by the number of bottles per crate: Number of crates = Total bottles / Bottles per crate = 130 / x But the question states that Joshua uses 10 crates. Therefore, we have: 10 = 130 / x To find the value of x, we need to multiply both sides of the equation by x: 10x = 130 Now, divide both sides by 10 to solve for x: x = 130 / 10 x = 13 So Joshua packs 13 bottles in each crate. However, the first question asks how many bottles will not be placed in a crate. Since Joshua is able to pack all the bottles into crates without any leftovers (as shown by the fact that the number of crates is equal to the total number of bottles divided by the number of bottles per crate), there will be no bottles left over that are not placed in a crate. Therefore, the answer is 0.,Joshua packs x bottles in each crate. He has a total of 130 bottles, which means he has 10x bottles in total (since there are 10 crates). The number of bottles that will not be placed in a crate is 130 - 10x. We are given that the number of bottles that will not be placed in a crate is 10, so we can write: 130 - 10x = 10. Solving for x, we get: x = 12. The value of x is 12. 12 The answer is: 12,We know that Joshua has a total of 130 bottles and 10 crates. Since each crate is filled with "x" bottles, we can represent this as: Total number of bottles = Number of crates * Number of bottles per crate 130 = 10x To find the value of x, we need to solve the equation: 10x = 130 Divide both sides by 10: x = 130 / 10 x = 13 So, the value of x is 13.

answer:First, let's determine how many pearls Jamie can collect on each dive. We do this by multiplying the number of oysters he collects by the percentage of oysters that have pearls: 16 oysters * 25% = 4 pearls per dive Next, we need to determine how many more pearls Jamie needs to collect to reach a total of 56 pearls: 56 pearls - 4 pearls per dive = 4 pearls needed per dive Since Jamie needs to collect 4 pearls per dive, we need to divide the total number of pearls needed by the number of pearls he collects per dive: 4 pearls needed per dive / 4 pearls per dive = 1 dive So, Jamie needs to make a total of 1 dive to collect a total of 56 pearls., First, let's determine the number of pearls Jamie can expect to find in a single dive. Since 25% of the oysters have pearls, this means that on average, Jamie will find 0.25 pearls in each oyster (25% of the 16 oysters he collects). Next, we need to figure out how many dives it would take for Jamie to collect 56 pearls. To do this, we'll divide the total number of pearls (56) by the average number of pearls found per dive (0.25 * 16 = 4). Divide 56 by 4, which equals 14. Therefore, Jamie needs to make 14 dives to collect a total of 56 pearls.,If 25% of oysters have pearls, then for every 4 oysters Jamie collects, 1 will have a pearl. Since Jamie collects 16 oysters during each dive, he will collect 16/4 = 4 pearls during each dive. If Jamie wants to collect a total of 56 pearls, he will need to make 56/4 = 14 dives. 14 The answer is: 14

answer:To determine the average distance Terese runs on each of the days she runs, we simply take the total distance she runs and divide it by the number of days. In this case, she runs a total of 4.2 miles (Monday) + 3.8 miles (Tuesday) + 3.6 miles (Wednesday) + 4.4 miles (Thursday) = 16 miles in total. Since she runs at least a mile each day, let's calculate how many miles she runs on average per day. The average distance she runs per day is 16 miles (total distance) divided by 4 days (number of days she runs), which equals 4 miles per day. Therefore, Terese runs an average of 4 miles each day she runs.,To find the average distance Terese runs on each day, we need to add up the distances she runs on each day and then divide by the number of days she runs. Terese runs a total of 4.2 miles + 3.8 miles + 3.6 miles + 4.4 miles = 16 miles in total. Since she runs for 4 days, the average distance she runs on each day is 16 miles / 4 days = 4 miles. 4 The answer is: 4, To find the average distance Terese runs per day, you need to add up the total distance she runs and then divide by the number of days she runs. First, add up the distances: 4.2 miles + 3.8 miles + 3.6 miles + 4.4 miles = 16 miles Then, divide the total distance by the number of days: 16 miles ÷ 4 days = 4 miles So, Terese runs an average of 4 miles per day.