Super Bubbles Patrick and SpongeBob love to blow bubbles! Patrick found some Super Bubble Soap at Sail-Mart. The ads claim that Super Bubble Soap will produce bubbles that are twice as big as bubbles made with regular bubble soap. Patrick and SpongeBob made up two samples of bubble solution. One sample was made with 5 oz. of Super Bubble Soap and 5 oz. of water, while the other was made with the same amount of water and 5 oz. of regular bubble soap. Patrick and SpongeBob used their favorite bubble wands to blow 10 different bubbles and did their best to measure the diameter of each one. The results are shown in the chart 14. What did the Super Bubble ads claim? 15. What is the independent variable? 16. What is the dependent variable? 17. Look at the results in the chart. a. Calculate the average diameter for each bubble solution. Super Bubble = cm Regular Soap = b. What should their conclusion be? cm Bubbles (Diameter in centimeters) Bubble 1 2 3 4 5 6 7 8 9 10 Super Bubble 15 10 12 18 22 13 16 18 15 12 Regular Soap 10 5 16 14 11 12 11 15 15 6

Question

18-08-2022
Biology

Answered

Super Bubbles Patrick and SpongeBob love to blow bubbles! Patrick found some Super Bubble Soap at Sail-Mart. The ads claim that Super Bubble Soap will produce bubbles that are twice as big as bubbles made with regular bubble soap. Patrick and SpongeBob made up two samples of bubble solution. One sample was made with 5 oz. of Super Bubble Soap and 5 oz. of water, while the other was made with the same amount of water and 5 oz. of regular bubble soap. Patrick and SpongeBob used their favorite bubble wands to blow 10 different bubbles and did their best to measure the diameter of each one. The results are shown in the chart 14. What did the Super Bubble ads claim? 15. What is the independent variable? 16. What is the dependent variable? 17. Look at the results in the chart. a. Calculate the average diameter for each bubble solution. Super Bubble = cm Regular Soap = b. What should their conclusion be? cm Bubbles (Diameter in centimeters) Bubble 1 2 3 4 5 6 7 8 9 10 Super Bubble 15 10 12 18 22 13 16 18 15 12 Regular Soap 10 5 16 14 11 12 11 15 15 6

Answer :

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What is the independent variable? Measurement Comparison What is being tested

azikennamdi azikennamdi · Answer 1 · 2022-08-27T04:53:23-04:00

Based on observation, Super bubbles ad produce twice as many bubbles as conventional bubble soap. (Option A).

the dependent variable is the bubble size. (Option C); and
the conclusion should be Option A.

According to the advertisement, super bubbles generate bubbles that are double the size of conventional bubble soap solution bubbles.

Referring to the question on Super Bubbles - What are the variables in the experiment?

The experiment was carried out to see if the advertising was true. To assess the bubble size of two solutions, the experiment was carried out with super bubble solution and standard bubble solution. Hence, the independent variable are:

Size of soap;

Amount of water;

While the dependent variable is the bubble size. Hence, the correction answer is (Option C)

Referring to the question on Super Bubbles - What should their conclusion be?

The conclusion should be that Super bubbles did not make bubbles twice as huge as conventional bubble soap.

According to the statistics, the super-bubbles solution creates larger bubbles than conventional bubble soap, although it frequently fails to produce bubbles twice as large as regular bubble soap.

It creates three times as many bubbles as ordinary ones (less than five trails) in the ten distinct bubbles, and the remaining ones are larger than regular ones but not twice as huge.

We may conclude that super bubbles did not create bubbles twice the size of conventional bubble soap because it failed to match the predicted outcome in half of the trials.

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Full Question:

What did the Super Bubble ads claim?

A) Super Bubble produces bubbles twice as large as regular bubble soap

B) Supper Bubble makes twice as many bubbles as regular bubble soap

C) Super Bubble bubbles last twice as long as bubbles made using regular bubble soap

D) Super Bubble is cheaper than regular bubble soap

Referring to the question on Super Bubbles - What is the variable in the experiment?

A) Length of time bubbles last

B) Cost of bubble solutions

C) Bubble size

D) Type Of bubble solution

Referring to the question on Super Bubbles - What should their conclusion be?

A) Super Bubble solution did not produce bubbles twice as large as those made With regular bubble soap

B) Regular bubble soap lasts twice as long as Super Bubble

C) Bubbles made with Super Bubble last twice as bng as bubbles made with regular bubble soap

D)Super Bubble soap is more expensive