If you cut across the diameter of a pie,what part are you cutting

Answers

Answer 1
Answer:

Answer:

Explanation:

If you cut across the diameter of a pie, you are cutting across the widest part of the pie, which is called the "diameter". This cut divides the pie into two equal halves, known as "semi-circles".


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look around you to find an object in motion.Describe the object's motion by discussing its position and direction of motion in relation to a reference point.Then explain how you can determine the object's speed

Answers

the object in motion is a car. the car's motion is fast and bright in color. I can determine the speed of the car by the speed limit at the moment and upping it if the car is moving faster.

Final answer:

The motion of a car in relation to a reference point can be described by its position and direction. Speed can be determined by measuring the distance traveled in a specific time period.

Explanation:

A moving car can be an object in motion. In relation to a reference point, such as a stationary tree, the car's position and direction of motion can be described. For example, the car may be moving to the right of the tree.

To determine the car's speed, you can measure the distance it travels in a certain amount of time. For instance, if the car travels 100 meters in 10 seconds, its speed would be 10 meters per second (m/s).

In summary, by observing the position and direction of motion of an object in relation to a reference point, you can describe its motion. And by measuring the distance it covers in a given time period, you can determine its speed.

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Which two of the following are the densest of the materials shown?Material Mass (g) Volume (L)
Rock 1000 0.5
Pillow 200 10
Bottle of soda 2000 2
Loaf of bread 100 1

Answers

Answer:

The densest materials are rock and bottle of soda.

Explanation:

The density of material is given by,

Density = (mass)/(volume)

Case 1: Rock

Density = (1000)/(0.5)

Density = 2000 (g)/(L)

Case 2: Pillow

Density = (200)/(10)

Density = 20 (g)/(L)

Case 3: Bottle of soda

Density = (2000)/(2)

Density = 1000 (g)/(L)

Case 4: Load of bread

Density = (100)/(1)

Density = 100 (g)/(L)

The densest materials are rock and bottle of soda.

How does the steady state theory of the origin of the universe differ from the Big Bang and oscillating theories?

Answers

Answer:

Big bang describes an ever expanding model of the universe.

Steady state theory explains a universe that always existed in the same state.

Explanation:

The two theories Big bang and Steady state are two of the theories that  explain the origin of the universe in two different ways.

The Big bang model states that the universe is ever expanding and began from a singularity. It says that from that time universe is ever expanding creating new clusters of galaxies.

This was proved using mathematical formulae and models .

Steady state theory states that the density of matter remains unchanged due to the creation of matter. Observable universe is the same at any point of time is its summary.

Answer:

The big bang is the theory that describes how the universe emerges, it tells us that in the beginning all the space was contained in a space that was too small, and from there, it expanded rapidly until it reached the state of the universe that we know today, and that continues in expansion.

The theory of the oscillating universe describes a universe that begins and ends cyclically, it  beging with something like the big bang, end ends in what is known as the big crunch, and so on. It says that the universe did not have a beginning but has always been restarting.

The theory of the static  or steady state universe describes a type of universe uniform in space and time. And in which the universe has always remained the same regardless of where it is observed, wich is different from the other theories since the big bang theory says the universe had a beginning. In this theory it is claimed that the universe is homogeneous and isotropic. This theory is not very popular today.

Why are large astronomical bodies such as planets and stars round? I need a 6th grade answer.

Answers

Well,

Large astronomical bodies are round because at their formation, gravity acted as the force to bring all of the matter together to form the body.  Since the gravity was acting from a point and bringing everything toward it, the final shape of the mass is spherical.  Non-round bodies are mostly that shape because other bodies "modified" the landscape.
They are round because of their enormous gravity. It pulls everything towards it strongly enough that every part of the body is the same distance from the center.

Which test is performed by a-radiologist?

Answers

Your radiologist is a medical doctor who specializes in diagnosing and treating disease and injury, using medical imaging techniques such as x-rays, computed tomography (CT), magnetic resonance imaging (MRI), nuclear medicine, positron emission tomography (PET), fusion imaging, and ultrasound.

Final answer:

A radiologist performs multiple tests including radiography (X-rays), MRI, CT scans, and ultrasounds to diagnose and treat various diseases and injuries.

Explanation:

A radiologist is a medical doctor specialized in diagnosing and treating diseases and injuries using medical imaging procedures. One of the key tests performed by a radiologist is a radiography, also known as X-ray. In this test, a small amount of radiation is used to produce images of the inside of the body. They also perform other tests such as Magnetic Resonance Imaging (MRI), Computed Tomography (CT) scans, and ultrasounds, depending on the nature of the patient's condition.

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Which of the following is a closed system or very close to a closed system? A. a block of iron sealed in a vacuum chamber B. a dish of ice cream sitting in the sunlight C. a stick of dynamite during an explosion D. a stalled car in a snowstorm

Answers

The right answer for the question that is being asked and shown above is that: "C. a stick of dynamite during an explosion" the system that is a closed system or very close to a closed system is that C. a stick of dynamite during an explosion