hw+w9t1

1. 4 consecutive even numbers have a sum of 92. What are the numbers? 2. Five consecutive numbers have a sum of zero. What are the numbers? 3. Two consecutive odd numbers have a product of 35. What are the numbers? 4. Three consecutive multiples of five have a sum of 75. What are the numbers? 5. The product of two consecutive numbers is 12. What are the numbers? 6. The sum of 4 consecutive integers is 46. What are the numbers? 7. The sum of 5 consecutive even integers is 50. What are the numbers? 8. If you subtract from the product of 2 consecutive numbers, the sum of the same two numbers, the answer is 5. What are the numbers? 9. Do there exist 2 consecutive odd numbers with product 52? 10. Do there exist 7 consecutive integers with sum of 130? 1. When 4 times a number is increased by 40, the answer is the same as when 100 is decreased by the number. Find the number. 2. When 7 times a number is decreased by 8, the answer is the same as when 3 times the number is increased by 4. Find the number. 3. Eight times a number increased by 9 is the same as 15 more than 7 times the number. Find the number. 4. Thirty decreased by 6 times a number is the same as 16 more than the number. Find the number. 5. When 6 times a number is increased by 11 the result is 16 less than 9 times the number. Find the number. 36400 486000 57540000 10 x 10^5 2.3 x 10^(-3)
 * Try these consecutive number problems.**
 * Consecutive Number word problems:**
 * Write the following in scientific notation**
 * Write the following in standard form**

1. Your learning log should be completed with your own reflections up to Week 9
 * EPortfolios:**

Putting your problem solving movie into your ePortfolio: 1. When your movie is finished, go to share and select export as Quicktime. If using iMovie HD then select webstreaming, if using iMovie09 select options, and select 'size', 160x120. 2. Now upload your Quicktime move to the mathex ning. 3. When it is uploaded, click on the movie and click on 'get embed code'. Highlight and copy the code. 4. Go to your mathex title page and select 'Problem Solving' and click link. 5. Click 'make a new page'. Call the page Problem Solving and put in a table 1 row x 3 columns, 800 wide and centred. 6. Click in the middle columns. Click the insert html icon on the top row of the editor and paste in the embed code. 7. Save your page. 8. Click edit and delete the link to the ning under the movie. 9. In the first column upload a picture of the problem you solved. In the third column write a problem solving reflection. We will talk about this in class.