Mrs. Dimitri purchased a case of yogurt cups. Out of every 10 yogurt cups, 6 are strawberry.

Mathematics

1 answer:

Inessa [12.5K]1 month ago

8 0

Answer:

1) The proportion of yogurt cups that are strawberry is 18/30. (True)

2) There are a total of 60 strawberry yogurt cups. (False)

3) 60% of the yogurt cups are strawberry. (True)

4) 30% of the yogurt cups are NOT strawberry. (False)

Step-by-step explanation

Total number of yogurt cups = 30

For every 10, there are 6 that are strawberry.

Thus, for all 30 cups, the total number of strawberry cups is 18.

1) The proportion of yogurt cups that are strawberry is represented by the total number of strawberry cups divided by the total number of cups, which is 18/30.

2) Stating there are 60 strawberry yogurt cups is inaccurate since the total yogurt cups is 30 with only 18 being strawberry.

3) 60% of the yogurt cups are strawberry, calculated as 18/30 * 100% = 60%.

4) The percentage of yogurt cups that are NOT strawberry is 30%, calculated as the remainder: 100% - 60% = 40%.

You might be interested in

Metal Melting Point (°C) Boiling Point (°C) Density in Solid State (g/cm3) Copper 1,083 2,567 8.3–9.0 Lead 327.3 1,750 11.3 Gold

lawyer [12517]

Based on the provided information about the metals' melting point, boiling point, and density, the response is A. The gold sample transitions from liquid to gas at the highest temperature, while the copper sample occupies the most volume. Gold's boiling point is the highest at 2660, and copper has the lowest density, which correlates with a larger volume since density is defined as mass divided by volume.

8 0

20 days ago

Read 2 more answers

You decide that you want to buy a new laptop computer for the start of the new school year. You go to Top Notch Electronics to m

Zina [12379]

To find the total amount owed, convert the sales tax of 6.25% into a decimal by turning it into 0.0625. Multiplying this by 600 gives 37.5, then adding that to 600 results in a total of.... $637.5 Yw (:

5 0

1 month ago

Read 2 more answers

Isabella built a time travel machine, but she can't control the destination of her trip. Each time she uses the machine she has

babunello [11817]

The likelihood that at least one trip occurs before Isabella's birth is 0.7627.

Step-by-step explanation:

In this scenario, Isabella has invented a time machine, but she lacks control over where she travels. Each use of the device holds a 0.25 probability of leading her to a time preceding her birth. Over the initial year of trials, she operates her machine 5 times. If we assume every journey has an equal chance of going back in time, we can calculate the odds that at least one of these trips occurs before she was born. Here's the calculation:

The probability of traveling to a time prior to her birth is 0.25.

The chance of not traveling back in time, given that the machine is used 5 times:

⇒ $(1-0.25)(1-0.25)(1-0.25)(1-0.25)(1-0.25)$