1.425 gallons/bottle.
Given:
Question:
What is the amount of apple juice in each container (or bottle)?
The Process:
Let the amount of apple juice in each bottle as X.
The two steps for obtaining X are as follows:
Step-1: the total amount of apple juice is the initial gallon amount subtracted by the remaining gallon amount.
Step-2: the total amount of apple juice divided by the number of bottles is the amount of apple juice in each bottle.
Let's also consider the following quick steps.
Quick steps:
Therefore, the amount of apple juice in each container (or bottle) is 1.425 gallons.
Keyword: Yasmine bought 6 gallons of apple juice, after filling up 4 bottles, she had 0.3 gallons, what's the amount, in each bottle, subtracted by, divide, container
The size of each bottle that is filled by apple juice is .
Further explanation:
Given:
Yasmine bought gallons of apple juice.
She filled up bottles of same size.
She had gallon of apple juice left.
Calculation:
Consider the size of each bottle is gallons.
Total size of each bottle is gallons.
Total amount of apple juice used in these gallons can be obtained by subtracting total amount of apple juice to remaining apple juice.
Therefore, total size of the bottles is .
Write the equation for the total size of the bottles.
Now find the value of which gives the size of the bottles.
Therefore, the size of each bottle that is filled by apple juice is .
Simple method:
First find the total size of bottle and then divide by .
The total size of each bottle can be obtained as follows:
The size of each bottle can be obtained as follows:
The size of each bottle that is filled by apple juice is .
Learn more:
1. Learn more about algebraic expression brainly.com/question/1600376
2. Learn more about average brainly.com/question/3959122
Answer details:
Grade: Middle school
Subject: Mathematics
Chapter: Algebraic expression
Keywords: Yasmine, apple juice, juice, 6 gallons, 0.3 gallons, filled, equally, bottles, juice, poured,1.425, liters, size, amount, equation, total size.
In geometry, a solid may exist in three-dimensional space is a TRUE statement.
In geometry, a solid shape is a three-dimensional figure which has width, depth and height.
Examples of such solids are:
Pyramid,cone, cubes etc.
The study of such solid shapes is known as a solid geometry.
Hence, the statement:
In geometry, a solid may exist in three-dimensional space is a TRUE statement.
......
...
.
The bag contains 6 tiles: 2 lettered and 4 numbered. The probability of drawing a number without looking is 2/3.
Probability is the ratio of the number of favorable outcomes and a total number of outcomes. it deals with finding out the likelihood of the occurrence of an event.
Given that,
The bag holds 6 tiles.
Among the tiles, 2 are lettered and 4 are numbered.
The task is to choose a tile from the bag without looking.
The bag contains a total of 6 tiles: 2 lettered and 4 numbered.
Therefore,
The probability of drawing a number can be calculated by dividing the number of numbered tiles by the total number of tiles.
Probability of drawing a number = (Number of numbered tiles) / (Total number of tiles)
Probability of drawing a number = 4 / 6
Simplifying this fraction, we get:
Probability of drawing a number = 2 / 3
Hence,
The probability of drawing a number from the bag is 2/3.
Learn more about the probability visit:
#SPJ6
Answer:
The integers are 2,3,4
Step-by-step explanation:
Let one integer be =
Since, the integers are consecutive, so they will increase by one.
So, 2nd integer will be =
3rd integer will be =
It is given that the 3 integers add up to 9.
So, we have the sum equation as:
Solving for
Combining like terms.
Subtracting both sides by 3.
Dividing both sides by 3.
∴ 1st integer =
2nd integer =
3rd integer =
Answer:
The sum of the first, third, and last integer is 1533.
Step-by-step explanation:
Step 1: You need to create a equation first:
n + n + 2 + n + 4 + n + 6 + n + 8 = 2555
How did I make the equation?
If n is odd number, n + 2 must be the consecutive odd number
5 , 5 + 2 , 5 + 4 , 5 + 6 , 5 + 8
5, 7, 9, 11, 13 ALL CONSECUTIVE ODD NUMBERS
Step 2: Simplifying the equation
n + n + 2 + n + 4 + n + 6 + n + 8 = 2555
5n + 20 = 2555
Step 3: Solving the equation, with explanation
5n + 20 = 2555 Subtract 20 on both sides
5n = 2535 Isolate the variable by dividing 5 on both sides
n = 507
Step 4: Plug in the value
n + n + 2 + n + 4 + n + 6 + n + 8
507, 507 + 2 , 507 + 4 , 507 + 6 , 507 + 8
507, 509, 511, 513, 515
Step 5: Solve the sum of the first, third, and last integer
507 + 511 + 515 = 1533
Step 6: THE ANSWER
1533
which two numbers multiply to give you 100 and add to give you 10