A garden hose fills a 2-gallon bucket in 5 seconds. The number of gallons, g, is proportional to the number of seconds, t, that the water is running. Select all the equations that represent the relationship between g and t. A g= 0.4t
B t= 0.4G
C g=2.5t
D t=2.5g
E g= 2/5 t

Answers

Answer 1
Answer:

The correct options are (A), (D) and (E).

What is a linear equation?

A linear equation in two variable has the general form as y = ax + by + c, where a, b and c are integers and a, b ≠ 0.

It can be represented as a straight line on a graph.

Given that,

The time taken to fill 2 gallon bucket is 5 seconds.

Suppose the number of gallons be g.

And, the time in seconds is t.

The given options are considered one by one for the given case as,

(A) g = 0.4 t

Substitute g = 2 and t =5 in the above expression to get,

LHS = 2

RHS = 0.4 × 5

       = 2

Since LHS = RHS, the given option represent the proportional relationship.

(B) t= 0.4g

Substitute g = 2 and t =5 in the above expression to get,

LHS = 5

RHS = 0.4 × 2

       = 0.8

Since LHS ≠ RHS, the given option does not represent the proportional relationship.

(C) g=2.5t

Substitute g = 2 and t =5 in the above expression to get,

LHS = 2

RHS = 2.5 × 5

       = 12.5

Since LHS ≠ RHS, the given option does not represent the proportional relationship.

(D)  t = 2.5g

Substitute g = 2 and t =5 in the above expression to get,

LHS = 5

RHS = 2.5 × 2

       = 5

Since LHS = RHS, the given option represents the proportional relationship.

(E)  g= 2/5 t

Substitute g = 2 and t =5 in the above expression to get,

LHS = 2

RHS = 2/5 × 5

       = 2

Since LHS = RHS, the given option represents the proportional relationship.

Hence, the correct relationship is represented by options (A), (D) and (E).

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Answer 2
Answer:

Answer:

I beleive it should be

A. g = 0.4t

And

D. t = 2.5g

Sorry if i'm wrong though! Let me know if is correct!


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One sample has a mean of and a second sample has a mean of . The two samples are combined into a single set of scores. What is the mean for the combined set if both of the original samples have scores

Answers

Answer:

a) For this case we can use the definition of weighted average given by:

M = ( \bar X_1 n_1 + \bar X_2 n_2)/(n_1 +n_2)

And if we replace the values given we have:

M = (8*4 + 16*4)/(4+4)= 12

b) M = (8*3 + 16*5)/(3+5)= 13

c) M = (8*5 + 16*3)/(5+3)= 11

Step-by-step explanation:

Assuming the following question: "One sample has a mean of M=8 and a second sample has a mean of M=16 . The two samples are combined into a single set of scores.

a) What is the mean for the combined set if both of the original samples have n=4 scores"

For this case we can use the definition of weighted average given by:

M = ( \bar X_1 n_1 + \bar X_2 n_2)/(n_1 +n_2)

And if we replace the values given we have:

M = (8*4 + 16*4)/(4+4)= 12

b) what is the mean for the combined set if the first sample has n=3 and the second sample has n=5

Using the definition we have:

M = (8*3 + 16*5)/(3+5)= 13

c) what is the mean for the combined set if the first sample has n=5 and the second sample has n=3

Using the definition we have:

M = (8*5 + 16*3)/(5+3)= 11

The Range of both functions will be ?A)the set of natural numbers
B)the set of integers
C)all real numbers
D)the set of whole numbers
E)the set of rational numbers

Answers

Answer:

bb

b

b

b

b

b

b

b

b

b

b

b

b

b

it is b

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Step-by-step explanation:

You ran 2 miles on Monday,2 miles on Tuesday, 3 miles on Wednesday ,2 miles on Thursday and 4 miles on Friday how many miles did you run during the week

Answers

Answer:

13 miles

Step-by-step explanation:

Add all of the number of miles you ran from each day to get your total mileage.

2+2+3+2+4

Calculate the pay for the following day of a weekly time card given a wage of $12/hr

Answers

Answer:

Step-by-step explanation:

At a pay of 12$ per hour at 8 hours a day you will make 94$ a day or 658$ a week.

The weather report says the temperature is 20°C and will drop 5°C per hour for the next 6 hours. Daryl plans to begone for at least 6 hours, and he has a plant outside. If he wants the plant to remain in temperatures above -10°C,
should Daryl move his plant to a warmer location before leaving?
An inequality to model the problem is
The solution is​

Answers

Answer:

yes.

Step-by-step explanation:

if he's gone for EXACTLY 6 hours, the plant will be at -10°C when he returns. However, it's stated that he plans to be gone for AT LEAST 6 hours, which means he should probably put the plant indoors or somewhere warmer so he doesn't have to rush home.

An arithmetic series contains n terms. Show that if t1 = a−b and tn = a+b then the value of Sn is independent of b.[Arithmetic Sequences]

Answers

Answer:

Sn is independent of b

Step-by-step explanation:

t1=a-b

tn=a+b

we know that nth term of arithmetic series is  an=a1+(n-1)d

so

a+b=a-b+(n-1)d

⇒2b=(n-1)d-----------equation 1

formula for sum of n terms of arithmetic series

  Sn=(n)/(2)(2a1+(n-1)d)

   ⇒Sn=(n)/(2)(2(a-b)+2b)      (since (n-1)d=2b  from equation 1)

   Sn=(n)/(2)(2a)  

therefore we can see that Sn is independent of b