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Physics Middle School

A large mass of ice that moves slowly is?

A large mass of ice that moves slowly is?

2 months ago

Solution 1

Guest

Guest #6877202

2 months ago

Answer is glacier. Glaciers are huge masses of ice that are the same or about the same heights of mountains. Because of their large mass, they move slowly

Solution 2

Guest

Guest #6877203

2 months ago

a large mas of ice that moves slowly is a continental glacier

📚 Related Questions

Question

Saving natural resources or the use of less of something is called??

Solution 1

Conservation is the correct answer.

Hope this helped you out

Question

Organisms whose whole population was at risk of dying out are called???

Solution 1

A nearly extinct species is an endangered species

Solution 2

Extiniction :) organiss whose whole population was at risk of dying out is called extinction :)

Question

Which is the best example of potential energy? holding a basketball in the air rolling a ball across a flat table flowing electric current through a wire turning on a flashlight in a dark room

Solution 1

First one, holding a basketball in the air. Potential energy is the energy it has mostly from gravity. The further you go from the center of mass, the more energy.

Solution 2

Before coming into conclusion first we have to understand potential energy.The potential energy of a body is defined as the energy possessed by a body due to its position and configuration.

There are generally two types of potential energy.One is gravitational potential energy and the other one is elastic potential energy.The former one is due to the position of the body at a certain height from the surface of earth.The latter one is due to the change in configuration of the body.

There is also electric potential energy which is stored inside the electric filed of charge particles at rest.

The first example is holding a basket ball in air.As the body is at certain height from earth surface ,hence it has gravitational potential energy which is a best example of potential energy.

The second one is a rolling ball across a flat table.It has both rotational kinetic energy due to its rolling motion as well as potential energy due to its position.

The third one can't be considered as it is electric in nature.

The fourth one is turning on a flashlight in a dark room.The light is due to the heating effect of electric current. so it is not gravitational in nature.

Hence option one is the correct answer.

Question

What does it mean that a form of energy might take more energy to harness than it provides?

Solution 1

Inefficiency is a big struggle when it comes to renewable resources. A form of energy might take more energy to harness than it provides because the energy might dissipate. Energy transformation is never 100% conversion. Some of the energy dissipates in the form of heat.

Question

This diagram is a model of the nitrogen atom. How many electrons, protons, and neutrons are in this atom, and how many additional electrons are needed to completely fill the outer shell of this atom? Protons are orange. A. 7 electrons, 8 protons, 7 neutrons; 1 additional electron is needed to completely fill the outer shell of this atom B. 7 electrons, 7 protons, 8 neutrons; 1 additional electron is needed to completely fill the outer shell of this atom C. 7 electrons, 7 protons, 8 neutrons; 3 additional electrons are needed to completely fill the outer shell of this atom D. 7 electrons, 8 protons, 7 neutrons; 3 additional electrons are needed to completely fill the outer shell of this atom

Solution 1

C.
Nitrogen has the atomic no. of 7 so the proton and the electron no. is 7.
Three more electrons are needed to fulfil the octet structure: 2,8

Question

If Earth's mass increased the gravitational force between Earth and the Moon

Solution 1

If earth's mass is increased, gravitational force between them will also increase because gravitational force is directly proportional to the product of their masses and inversely proportional proportional to the distance between earth and moon

Question

A wave is travels 78 m in 3.23sec. if that wave has a wavelength of 0.5m then what was its frequency

Solution 1

Speed of wave = distance/time = 78/3.23 = 24.148m/s. Frequency = speed of wave/wavelength = 24.148/0.5 = 48.296s^-1.

Question

Which of the following has the most potential energy? A. A car at the top of the hill B. A Car speeding down a hill C. A person at the top of the hill

Solution 1

Options A and C are correct but if you compare their masses, person has negligible mass compared to car. So a car at the top of the hill has the most potential energy.

Solution 2

Answer

A

Explanation:

The car is heavier than a person

Question

What does Bohr's model of the atom resemble the most? Plum Pudding The Solar System A basketball Snow

Solution 1

It would be "The Solar System". You can compare nucleus with the Sun at the center of our solar system and planets with the electrons which revolves around the nucleus as planets do with the Sun.

In short, Your Answer would be Option B

Hope this helps!

Question

HURRY!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! When a rubberband is stretched all the way back, it is an example of which type of energy? Question 7 options: Gravitational potential energy Chemical potential energy elastic potential energy Mass kinetic energy

Solution 1

It is an example of "Elastic Potential Energy"

In short, Your Answer would be Option C

Hope this helps!

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