You will want to evaluate what you are good at and make sure it jives with your larger goals when choosing a career. Group of answer choices True False
Answers
Answer 1
Answer:
True. (I have to keep typing cause it won’t let me send because it’s not 20 characters)
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What is an example of frequency
What is one factor that helps keep the planets and other solar system objects in orbit around the sun? A.nuclear fusion in the sunB.the great distance between the sun and the planetsC.force of gravity the galaxy exerts on all objects in itD.the gravitational force between the sun and each object in the solar system
What do you need to know to describe velocity?
What is a sedimentary, igneous, and a metamorphic rock?
Humid air is a better electrical conductor than dry air. Explain why you are most likely to receive a shock after walking across a carpet when the air is dry than when the air is humid.
What is one factor that helps keep the planets and other solar system objects in orbit around the sun? A.nuclear fusion in the sunB.the great distance between the sun and the planetsC.force of gravity the galaxy exerts on all objects in itD.the gravitational force between the sun and each object in the solar system
What do you need to know to describe velocity?
What is a sedimentary, igneous, and a metamorphic rock?
Humid air is a better electrical conductor than dry air. Explain why you are most likely to receive a shock after walking across a carpet when the air is dry than when the air is humid.
Answers
Hi there!
Great question!
Fewer kinds of organisms live in deserts than forests because they have special adaptions to their own home... and there are a few, loooong examples below for you to read.
ENJOY!
Camels have a water storage in their humps on their back, so they can go a long time without drinking any water. They have tan fur color to blend in with the sand for predators. They have a short-haired coat on most of their body because of the hot sun, but because deserts can get very cold at night (almost dropping temps below 0), they have thicker fur on their humps and neck. If they were moved to the forest biome, they would take a long time to adapt to their new home.
Next example can be a wolf. A wolf can live in the forest because it has adapted over time to make a wolf, well, a wolf. It has thick fur for keeping it warm at night and in wintertime. A wolf has such a particular diet, that if it lived in a desert, it wouldn't find much food. In the desert, there are snakes and scorpions and bugs, whereas the forest has the deer and caribou to eat.
See, so its pretty simple. Basically, animals live where they live for a reason. If you just moved them to somewhere else in the world, and this could be anywhere, they would take a loooong time to adapt to their new homes.
* A great example of animal adaptation over time is the spirit bear. A spirit bear is a black bear, with white fur, and they aren't albinos. Its a hair color that is very rare, and according to scientific studies, the ratio to spirit bears and black bears in the forest is 1:10. They have developed white fur overtime because the black bears are much darker than the spirit bears, and fish underwater, their source of food, can see them right above the water before the bear dives for a meal. The Spirit bear, however, has a better time catching the fish underwater because it has white fur, not allowing the fish to see her above. Then she dives in for the catch and is successful! *
Hope this helps!
Hope you learned something new! :D
Great question!
Fewer kinds of organisms live in deserts than forests because they have special adaptions to their own home... and there are a few, loooong examples below for you to read.
ENJOY!
Camels have a water storage in their humps on their back, so they can go a long time without drinking any water. They have tan fur color to blend in with the sand for predators. They have a short-haired coat on most of their body because of the hot sun, but because deserts can get very cold at night (almost dropping temps below 0), they have thicker fur on their humps and neck. If they were moved to the forest biome, they would take a long time to adapt to their new home.
Next example can be a wolf. A wolf can live in the forest because it has adapted over time to make a wolf, well, a wolf. It has thick fur for keeping it warm at night and in wintertime. A wolf has such a particular diet, that if it lived in a desert, it wouldn't find much food. In the desert, there are snakes and scorpions and bugs, whereas the forest has the deer and caribou to eat.
See, so its pretty simple. Basically, animals live where they live for a reason. If you just moved them to somewhere else in the world, and this could be anywhere, they would take a loooong time to adapt to their new homes.
* A great example of animal adaptation over time is the spirit bear. A spirit bear is a black bear, with white fur, and they aren't albinos. Its a hair color that is very rare, and according to scientific studies, the ratio to spirit bears and black bears in the forest is 1:10. They have developed white fur overtime because the black bears are much darker than the spirit bears, and fish underwater, their source of food, can see them right above the water before the bear dives for a meal. The Spirit bear, however, has a better time catching the fish underwater because it has white fur, not allowing the fish to see her above. Then she dives in for the catch and is successful! *
Hope this helps!
Hope you learned something new! :D
Answers
Acceleration = velocity change / time
a = 25 - 10 / 5
a = 15/5
a = 3
In short, Your Answer would be 3 m/s2
Hope this helps!
a = 25 - 10 / 5
a = 15/5
a = 3
In short, Your Answer would be 3 m/s2
Hope this helps!
Acceleration of the body = 
.
Hope this cleared your doubt. Have a great day/night ahead!
Hope this cleared your doubt. Have a great day/night ahead!
kinetic energy increase
Answers
1 m/s cause it’s going up one
Answers
The only things that affect the forces of gravity are ...
-- the product of the masses of the two objects, and
-- the distance between the centers of the two objects.
============================================
-- The strength of the gravitational force is directly proportional to the product of
the two masses. If the product of the two masses is multiplied by ' Q ', then the
strength of the gravitational forces between them is also multiplied by ' Q '.
-- The strength of the gravitational force is inversely proportional to square of
the distance between the centers of the two masses. If the distance between
their centers is multiplied by ' K ', then the strength of the gravitational forces
between them is multiplied by 1/K² .
-- the product of the masses of the two objects, and
-- the distance between the centers of the two objects.
============================================
-- The strength of the gravitational force is directly proportional to the product of
the two masses. If the product of the two masses is multiplied by ' Q ', then the
strength of the gravitational forces between them is also multiplied by ' Q '.
-- The strength of the gravitational force is inversely proportional to square of
the distance between the centers of the two masses. If the distance between
their centers is multiplied by ' K ', then the strength of the gravitational forces
between them is multiplied by 1/K² .
The two most common and huge affects are mass and distance. The bigger the harder it is to control gravity and same with distance. The farther you are away, the less pull you have .
Answers
Answer & Explanation:
Relative age is the age of a rock layer (or the fossils it contains) compared to other layers. It can be determined by looking at the position of rock layers. Absolute age is the numeric age of a layer of rocks or fossils.
Answers
The most scientific word I can think of is an organism.
A living thing is known as an organism, and is also called a biotic factor within an ecosystem. Nonliving things are known as abiotic, or without life :)
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