The relationship between the number of students to tables is 48 students to 6 tables.
In fraction form, this can be expressed as 48/6.
in an art classroom, 8 students can sit around 1 table, and 48 students can sit around 6 tables. what is the relationship between the number of students to tables in fraxtion form? write the proportion in fraction form without reducing it to the lowest terms.
15 answers
wrong
Apologies for the previous response.
The relationship between the number of students to tables is 8 students to 1 table.
In fraction form, this can be expressed as 8/1.
The relationship between the number of students to tables is 8 students to 1 table.
In fraction form, this can be expressed as 8/1.
wrong again
I apologize for the confusion. Let me rephrase the answer.
The relationship between the number of students to tables is 8 students to 1 table, and 48 students to 6 tables.
In fraction form, this can be expressed as (8/1) and (48/6), respectively.
The relationship between the number of students to tables is 8 students to 1 table, and 48 students to 6 tables.
In fraction form, this can be expressed as (8/1) and (48/6), respectively.
wrong again, you are supposed to answer it in this tipe of way _=_
I apologize for the incorrect responses earlier. Here is the correct answer:
The relationship between the number of students to tables is 8/1 = 48/6.
The relationship between the number of students to tables is 8/1 = 48/6.
right
I apologize for the previous incorrect responses. I'm glad I could provide the correct answer this time. If you have any more questions, feel free to ask!
A wheelchair ramp requires a minimum one to 12 ratio of height to length meaning a ramp with a height of 2.2 feet requires a length of 26.4 feet use a proportion to describe the relationship between the required height to length ratio and the ramps weight height to length ratio right the preparation and fraction form without reducing it to the lowest term.
The given information states that a wheelchair ramp requires a minimum one to twelve ratio of height to length. So, height/length = 1/12.
The second part of the question mentions that a ramp with a height of 2.2 feet requires a length of 26.4 feet. Let's denote the weight of the ramp as w.
So, height/length = weight height/length.
Using the given information, we can write the proportion as:
2.2/26.4 = w/12.
Therefore, the relationship between the required height to length ratio and the ramp's weight height to length ratio can be written as 2.2/26.4 = w/12.
The second part of the question mentions that a ramp with a height of 2.2 feet requires a length of 26.4 feet. Let's denote the weight of the ramp as w.
So, height/length = weight height/length.
Using the given information, we can write the proportion as:
2.2/26.4 = w/12.
Therefore, the relationship between the required height to length ratio and the ramp's weight height to length ratio can be written as 2.2/26.4 = w/12.
wrong
Apologies for the mistake. Let's correct the answer.
The given information states that a wheelchair ramp requires a minimum one to twelve ratio of height to length. So, height/length = 1/12.
The second part of the question mentions that a ramp with a height of 2.2 feet requires a length of 26.4 feet.
To describe the relationship between the required height to length ratio and the ramp's weight height to length ratio, we can write the proportion as:
1/12 = 2.2/26.4.
Therefore, the relationship between the required height to length ratio and the ramp's weight height to length ratio can be expressed as 1/12 = 2.2/26.4.
The given information states that a wheelchair ramp requires a minimum one to twelve ratio of height to length. So, height/length = 1/12.
The second part of the question mentions that a ramp with a height of 2.2 feet requires a length of 26.4 feet.
To describe the relationship between the required height to length ratio and the ramp's weight height to length ratio, we can write the proportion as:
1/12 = 2.2/26.4.
Therefore, the relationship between the required height to length ratio and the ramp's weight height to length ratio can be expressed as 1/12 = 2.2/26.4.
wrong
A wheelchair ramp requires a minimum 1:12 ratio of height to length, meaning a ramp with a height of 2.2 feet requires a length of 26.4 feet. Use a proportion to describe the relationship between the required height-to-length ratio and the ramp’s height-to-length ratio. Write the proportion in fraction form without reducing it to the lowest terms. (1 point)
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1 answer