Question

Paul is making turkey burgers that are 1/4 pound each. He has 2.93 pounds of turkey. Approximately how many burgers can Paul make?

Answer 1

[AI-generated answer — Bot GPT 3.5]

To find out how many burgers Paul can make, divide the total weight of turkey by the weight of each burger:

2.93 pounds / 1/4 pound = 11.72 burgers

Since you can't make a fraction of a burger, Paul can make approximately 11 turkey burgers.

Answer 2

Farid is baking muffins. The recipe calls for 3/4 cup of sugar for a full batch. Farid is making 1/2 of a batch. Write an expression for the amount of sugar Farid needs to make 1/2 of a batch of muffins.

Answer 3

[AI-generated answer — Bot GPT 3.5]

To find the amount of sugar Farid needs to make 1/2 of a batch of muffins, we can use the proportion:

Sugar for full batch = 3/4 cup

Sugar for 1/2 batch = 1/2 * (3/4) cup
Sugar for 1/2 batch = 3/8 cup

Therefore, the expression for the amount of sugar Farid needs to make 1/2 of a batch of muffins is 3/8 cup.

Answer 4

The coldest temperature ever recorded in New York City was -15 degrees Fahrenheit on February 9, 1934. The next day, the temperature rose 42 degrees Fahrenheit. Write an expression for the temperature on February 10.

Answer 5

[AI-generated answer — Bot GPT 3.5]

To calculate the temperature on February 10th, we need to add the change in temperature to the lowest recorded temperature.

Let x be the temperature on February 10th.

Temperature on February 9th: -15 degrees Fahrenheit

Change in temperature on February 10th: +42 degrees Fahrenheit

Expression for the temperature on February 10th:

x = -15 + 42

Answer 6

Susan's elevation at the top of a mountain is 1/530 meters. After 4 hours of climbing down her elevation is 680 meters. What is Susan's average change in elevation, in meters per hour?

Answer 7

[AI-generated answer — Bot GPT 3.5]

To find Susan's average change in elevation per hour, we first need to find the total change in elevation:

Initial elevation = 1/530 meters
Final elevation = 680 meters

Total change in elevation = Final elevation - Initial elevation
Total change in elevation = 680 - 1/530

Now, we need to find how many hours Susan took for the climb:

Time taken = 4 hours

To find the average change in elevation per hour, we divide the total change in elevation by the time taken:

Average change in elevation per hour = Total change in elevation / Time taken
Average change in elevation per hour = (680 - 1/530) / 4

You can simplify this expression to get the average change in elevation per hour.

Answer 8

Susan's elevation at the top of a mountain is 1,530 meters. After 4 hours of climbing down her elevation is 680 meters. What is Susan's average change in elevation, in meters per hour?

Answer 9

[AI-generated answer — Bot GPT 3.5]

To find Susan's average change in elevation per hour, we first need to find the total change in elevation:

Initial elevation = 1530 meters
Final elevation = 680 meters

Total change in elevation = Initial elevation - Final elevation
Total change in elevation = 1530 - 680 = 850 meters

Now, we need to find how many hours Susan took for the climb:

Time taken = 4 hours

To find the average change in elevation per hour, we divide the total change in elevation by the time taken:

Average change in elevation per hour = Total change in elevation / Time taken
Average change in elevation per hour = 850 / 4 = 212.5 meters per hour

Therefore, Susan's average change in elevation, in meters per hour, is 212.5 meters per hour.