true or false one quart is greater than 40 fluid ounces

Sasha drank a total of 5.5 cups of water, considering that 1 pint equals 2 cups.

The question is asking us to determine the total amount of water Sasha drank in pints and cups. First, it is important to note that 1 pint equals 2 cups. Sasha drank 21⁄2 pints of water during dance practice, which is equivalent to 5 cups of water (2.5 pints * 2). On the way home, she drank an additional 1⁄2 cup of water. Therefore, in total, Sasha drank 5.5 cups of water.

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Answer:

Random sampling

Step-by-step explanation:

Given : . A computer is used to select 500 of these numbers at random. The 500 voters identified by the computer are interviewed for a study.

To Find : Which type of sampling was used?

             1. convenience

             2. cluster

             3. systematic

              4. random

Solution :

Definition of convenience sampling: A type of non-probability sampling method where the sample is taken from a group of people easy to contact

Definition of cluster sampling :In this sampling one divides the population into separate groups Then, a simple random group is selected from the population.

Definition of systematic sampling : A type of sampling method in which sample members from a larger population are selected according to a random starting point and a fixed, periodic interval. The interval is called  sampling interval, is calculated by dividing the population size by the desired sample size.

Definition of random sampling :It is a type of sampling technique in which each sample has an equal probability of being chosen.

After considering all the definitions we can see that in the given case random sampling was used .

Hence random sampling was used .

To find out how much farther Jenny lives from school than Raymond, we subtract Raymond's distance from Jenny's, converting both to improper fractions to subtract easily, resulting in Jenny living 3/4 of a mile farther than Raymond.

The question asks how much farther from school Jenny lives compared to Raymond. Jenny lives 6 1/4 miles from school, and Raymond lives 5 1/2 miles from school. To find out how much farther Jenny lives from the school than Raymond, we can write an equation and solve it.

Let ‘d’ represent the difference in distance between how far Jenny lives from the school and how far Raymond lives from the school. The equation can be written as:

d = 6 1/4 miles - 5 1/2 miles

To solve this, we first convert the mixed numbers to improper fractions. Therefore, 6 1/4 miles becomes 25/4 miles, and 5 1/2 miles becomes 11/2 miles. Our equation now looks like this:

d = 25/4 miles - 11/2 miles

We need a common denominator to subtract these fractions, which is 4 in this case. So we convert 11/2 miles into 22/4 miles. The revised equation is:

d = 25/4 miles - 22/4 miles

When we subtract 22/4 from 25/4, we find d = 3/4 miles. Therefore, Jenny lives 3/4 of a mile farther from school than Raymond.

Option A is correct answer.

Step-by-step explanation:

Insurance that pays for damages to houses or businesses is called - property/homeowners insurance.

The homeowners insurance protects ones personal property. This insurance deals with the insurance covers for repairing or replacing ones home and belongings, if they are damaged by fire or theft.

It also covers for the damage to others property inflicted by you or when any visitor damages your property.

Final answer:

Insurance that pays for damages to houses or businesses is called property/homeowners insurance, which covers a range of risks and includes liability coverage. The policy generally provides cash value or replacement value for the insured property and possessions.

Explanation:

The insurance that pays for damages to houses or businesses is called property/homeowners insurance. This type of insurance is crucial as it provides a safety net against various risks such as fire, wind damage, theft, and falling trees. Besides covering damages to the physical structure of a home, homeowners insurance often includes liability coverage, which protects the homeowner up to a certain amount if someone is injured on their property, except in cases where the law is being broken.

Furthermore, it is worth noting that an insurance policy generally has a cash value. If a house is destroyed, the policy will pay out the current value of the house. A replacement value policy is recommended, as it will adjust the payout based on inflation and cover the cost to replace the home, including other structures like garages and pools as well as personal property within the house.

To determine the total distance Trigg could travel with $23.50, you divide this amount by the cost per gallon of gas and then multiply by the car's MPG. Using an MPG of 27 and a gas price of $2.86 per gallon as example figures, Trigg could travel approximately 221.859 miles.

To calculate the total distance Trigg could travel with $23.50 spent on gas, we need to know the car's fuel efficiency (miles per gallon) and the current gas price per gallon. Since this information isn't provided directly in your question, let's use the example information provided. Assuming a car gets 27 miles per gallon and gas costs $2.86 per gallon, we first calculate how many gallons Trigg can buy with $23.50:

Therefore, with $23.50 and the given fuel efficiency and gas price, Trigg could travel approximately 221.859 miles.

In this problem, you are tasked to find the value of x.

-12 = 3x + 3

This is the same as:

3x + 3 = -12

You have to transpose the 3 to the other side to solve the equation.

3x = -12 – 3

3x = -15

x = -5

Answer:

Step-by-step explanation:

No direction or other information about the desired parallelogram is given here, so we drew one arbitrarily. Likewise for the segment cutting it in half. It is convenient to have the bases of the trapezoids be the sides of the parallelogram that are 5 units apart.

The area of one trapezoid is ...

  A = (1/2)(b1 +b2)h = (1/2)(3+5)·5 = 20 . . . . square units

The sum of the trapezoid base lengths is necessarily the length of the base of the parallelogram, so the area of the trapezoid is necessarily 1/2 the area of the parallelogram. (The area is necessarily half the area of the parallelogram also because the problem has us divide the parallelogram into two identical parts.)

The length of the pendulum or rod in a pendulum clock that completes one swing in 1.00 seconds is approximately 0.25 meters, or 25 centimeters.

The time taken by the pendulum to complete one full swing is also known as its period, denoted by T. You indicated that in this case the pendulum completes one swing in 1.00 seconds. To determine the length of the pendulum, or rod, we use the formula for the period of a simple pendulum, T=2π√(L/g), where L is the length of the pendulum and g is the acceleration due to gravity (approximately 9.8 m/s² on Earth).

Setting T to 1.00 seconds and g to 9.8 m/s², we can solve this equation for L:

L = (T² * g) / 4π²

Substituting the given values:

L = (1.00² * 9.80) / 4π²

This gives us a pendulum length of approximately 0.25 meters, or 25 centimeters.

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The ladder reaches a height on the wall of approximately 24.29 feet.

To find the height on the wall that the ladder reaches, we can use the Pythagorean theorem. The ladder, the wall, and the ground form a right triangle. The ladder is the hypotenuse, the distance from the base of the building to the ladder is one leg, and the height on the wall that the ladder reaches is the other leg. Using the Pythagorean theorem, we have:

a² + b² = c²

where a is the distance from the base of the building to the ladder (6 feet), b is the height on the wall, and c is the length of the ladder (25 feet).

Solving for b, we have:

b = √(c² - a²)

Substituting the given values, we get:

b = √(25² - 6²) = √(625 - 36) = √589 ≈ 24.29 feet

Therefore, the ladder reaches a height on the wall of approximately 24.29 feet.

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Answer:

you have 2x oranges and you add 5 more but you still have 23 apples more than oranges

Answer:

ummmmmmmmmmm the answer is 20

Step-by-step explanation:

on apex

A. The amount of ethane increases.

Answer:

4/9

Step-by-step explanation:

A week before the election, [tex]1,500[/tex] people were asked who they planned to vote for. [tex]45[/tex]% said they planned to vote for Candidate [tex]X[/tex]. [tex]38[/tex]% said they planned to vote for Candidate [tex]Y[/tex]. So, the answer is A. [tex]255[/tex] people.

To find out how many people have not yet decided who they plan to vote for, let's first calculate the total number of people asked.

[tex]Total[/tex] [tex]people[/tex] [tex]asked[/tex] [tex]= 1,500[/tex]

Now, let's find out how many people have already decided:

[tex]For candidate X: 45% of 1,500\\\\= 0.45 * 1,500 = 675 people\\For candidate Y: 38% of 1,500\\= 0.38 * 1,500 = 570 people[/tex]

Now, let's subtract the people who have already decided from the total number of people asked:

[tex]Total people who have not decided = Total people asked - (People for candidate X + People for candidate Y)[/tex]

[tex]= 1,500 - (675 + 570)\\= 1,500 - 1,245\\= 255[/tex]

So, the answer is A. [tex]255[/tex] people.

COMPLETE QUESTION:

A week before the election, [tex]1,500[/tex] people were asked who they planned to vote for. [tex]45[/tex]% said they planned to vote for Candidate [tex]X[/tex]. [tex]38[/tex]% said they planned to vote for Candidate [tex]Y[/tex]. The rest said they had not decided yet. How many of the people who were asked have not yet decided for whom they plan to vote?