PHYSICS HIGH SCHOOL

A solar eclipse might be observed from Earth when the moon is in which position

Answers

Answer 1
Answer:

A solar eclipse might be observed from Earth when the moon is in the newmoon phase.

What would be observed from the Moon while Earth is experiencing a solar eclipse?

During the lead-up to a solar eclipse from the Moon, a viewer on the Moon would see the Sun approach the dark disk of Earth, with the planet's nightside facing the Moon. Earth's atmosphere would be lit from behind, creating a reddish ring around the planet that would glow brighter as the eclipse proceeded.

When can you see the solar eclipse?

We will finally see a total solareclipse on April 8, 2024, in North America and Central America. The total phase will be visible from Mexico, the central United States, and eastern Canada. Another eclipse in 2024, an annular one, will take place on Oct. 2.

Learn more about the solar eclipse here brainly.com/question/1287289

#SPJ2
Answer 2
Answer: i think it's New Moon. hope this helped! :)

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a rocket lift off the surface of earth with a constant acceleration of 20 m/sec^2 .how fast will the rocket be going 1 min latter?

Answers

a = v1-v0/t so v1= a*t (v0 is o m/s) v1=
20m/s * 60 s = 1200 m/s
"Acceleration of 20 m/s² " means that the rocket is speeding up,
and its speed becomes 20 m/s greater every second.

Since it started out with zero speed, its speed after 1 minute
(60 seconds) is

              (20 m/s /s) · (60 s)  =  1,200 m/s .

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By the way this the Brainly committee we will be testing how smart you guys are so guys prove it. If you do this right the Brainly will sent 500 brainly points into the account that answers it right. If you have any questions please ask.

Answers

Answer:

Not 500 points I got 18 but thx

Explanation:

a lump of putty and a rubber ball have equal mass. both are thrown with equal speed against a wall. the putty sticks to the wall. the ball bounces back at nearly the same speed with which it hit the wall. which object experiences the greater momentum change?

Answers

The bouncy ball experiences the greater momentum change.

To understand why, you need to remember that momentum is actually
a vector quantity ... it has a size AND it has a direction too.

The putty and the ball have the same mass, and you throw them
with the same speed.  So, on the way from your hand to the wall,
they both have the same momentum.
Call it " M in the direction toward the wall ".

After they both hit the wall:

-- The putty has zero momentum.
    Its momentum changed by an amount of  M .

-- The ball has momentum of " M in the direction away from the wall ".
    Its momentum changed by an amount of  2M .

Rubber ball will experience the greater momentum change than the lump of putty

\texttt{ }

Further explanation

Newton's second law of motion states that the resultant force applied to an object is directly proportional to the mass and acceleration of the object.

\large {\boxed {F = ma }

F = Force ( Newton )

m = Object's Mass ( kg )

a = Acceleration ( m )

Let us now tackle the problem !

\texttt{ }

Given:

mass of a lump of putty = m

mass of rubber ball = m

initial speed of putty = v

final speed of putty = 0

initial speed of rubber ball = v

final speed of rubber ball = -v

Asked:

the change in momentum = Δp = ?

Solution:

Lump of Putty :

\Delta p_(putty) = mv_f' - mv_i

\Delta p_(putty) = m(0) - mv

\Delta p_(putty) = - mv

\texttt{ }

Rubber Ball:

\Delta p_(ball) = mv_f' - mv_i

\Delta p_(ball) = m(-v) - mv

\Delta p_(ball) = - 2mv

\texttt{ }

\Delta p_(ball) : \Delta p_(putty) = - 2mv : - mv

\Delta p_(ball) : \Delta p_(putty) = 2 : 1

\Delta p_(ball) = 2\Delta p_(putty)

\Delta p_(ball) > \Delta p_(putty)

From calculation above , we can conclude that rubber ball will experience the greater momentum change than the lump of putty

\texttt{ }

Learn more

\texttt{ }

Answer details

Grade: High School

Subject: Physics

Chapter: Dynamics

\texttt{ }

Keywords: Gravity , Unit , Magnitude , Attraction , Distance , Mass , Newton , Law , Gravitational , Constant

What is the Compact Muon Solenoid used to study?

Answers

The Compact Muon Solenoid (CMS) experiment  is a particle physic detector which is used to investigate and search for the Higgs Boson, and particles that is related to dark matter. Other goals of this experiment is to for evidence such as supersymmetry and extra dimensions. It is built on a LHC or Large Hadron Collider at CERN in Switzerland and France. 

Answer:

It is designed to accurately detect and study Muons.

Explanation:

Compact Muon Solenoid (CMS) is part of Large Hadron Collider (LHC) of CERN and has a use as a general purpose detector. It weighs around 14000 Tonne and built around a giant solenoid magnet. That's how it got its name: Compact Muon Solenoid (CMS). It generates 4 Tesla magnetic field  that is around 100000 times the Earth's magnetic field. A yoke made up of steel is used to confine this intense field. This strong magnetic field is used to bend the path of particles.

In LHC, protons are accelerated to a very high speed in clockwise and anticlockwise direction and then collided with each other. On collision particles will be sprayed out in all directions. CMS takes the photograph and collects data during these collisions. Its main purpose is to detect Muons which are around 200 times heavier than electrons.

What is the difference between mass and weight

Answers

Mass is a property of an object.  It doesn't change, no matter where the object is.

Weight is the gravitational force between two objects.  It depends on the masses
of both objects, and also on the distance between their centers, so it changes,
depending on the mass of the OTHER object involved, and on the distance
between them.

Is it ok for some help pwease?What is the area of calm winds near the equator called?


doldrums


polar easterlies


trade winds


horse latitudes

Answers

Answer:

doldrums

Explanation:

Just need to type something more to be able to post
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