how much mass would pizza dough have after you flatten it
The flattened dough has a different mass, but we can't determine if it is more or less.
The flattened dough has a greater mass.
The dough has the same mass before and after it was flattened.
The flattened dough has a smaller mass.
PLEASE HELP I WILL MAREK BRAINILIST
Answer:
the answer is that the dough has the same mass before and after it was flattened
Answer:
it has the same amount of mass because you haven't taken anything away or added anything to it
1) Describe the characteristics of each air mass.
a) An air mass develops near the Equator over the Caribbean Sea.
b) An air mass develops over a large land mass in the upper latitudes of the Northern Hemisphere.
(both need to be answered)
Answer:Continental air masses are characterized by dry air near the surface while maritime air masses are moist. Polar air masses are characterized by cold air near the surface while tropical air masses are warm or hot. Arctic air masses are extremely cold.
Explanation:
a. In subtropical areas like the Caribbean Sea and the Gulf of Mexico, maritime tropical air develops.
Explain about the characteristics air mass?Large air masses are capable of engulfing substantial portions of a continent's or a body of water's land surface. They penetrate the troposphere far up.The mass as a whole experiences similar temperatures and humidity levels. Nonetheless, as an air mass shifts away it from point of origin, its temperature and humidity do change.A: In subtropical areas like the Caribbean Sea and the Gulf of Mexico, maritime tropical air develops. It is connected to thunderstorms and warm, muggy weather.
B: Continental Large, high-latitude land masses, like northern Canada or Siberia, are where polar air masses form. It comes from northern Canada or Alaska in the Northern Hemisphere. It transports dry weather to the United States as it goes south. Low humidity and temperature are both present.
Know more about the air mass
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Please write in complete sentences to answer the following:
Give two examples of electromagnetic waves, explain how they are used, and explain why they are important in your life.
Points available:
1. First Type of EM wave (1 point), how it's used (2 points), why it's important (2 points)
2. Second Type of EM wave (1 point), how it's used (2 points), why it's important (2 points)
Answer:
Radio waves and the are various frequencies of radio waves are used for television and FM and AM radio broadcasts, military communications, mobile phones, ham radio, wireless computer networks, and numerous other communications applications. They are important because Radio waves are very widely used in modern technology for fixed and mobile radio communication, broadcasting, radar and radio navigation systems, communications satellites, wireless computer networks and many other applications.
Microwaves are widely used in modern technology, for example in point-to-point communication links, wireless networks, microwave radio relay networks, radar, satellite and spacecraft communication. They are important because microwaves play an increasingly wide role in heating and cooking food. They are absorbed by water and fat in foodstuffs (e.g., in the tissue of meats) and produce heat from the inside. In most cases, this reduces the cooking time a hundredfold.
Explanation:
PLEASE HELP ASAP! ILL GIVE BRAINLIEST IF I GET A GOOD GRADE
I need help to know if I put enough information into my concept map or I need to add more?
Here are the instructions:
Your concept map will compare the manner in which energy is transferred by mechanical waves and electromagnetic waves. Include the following somewhere in your concept map:
types of energy transferred
medium required (if applicable) for transfer of energy
speed of energy transfer through various mediums (solid, liquid, gas)
Explanation:
One of the various ways that energy moves through space is by electromagnetic radiation.
Electromagnetic radiation includes the heat from a blazing fire, the sun's light, the X-rays used by your doctor, and the energy used to cook food in a microwave.
Waves are recognizable to anyone who has ever gone swimming in the ocean.
Electromagnetic waves are similar, however they differ in that they are made up of 222 waves that oscillate perpendicular to one another.
An oscillating magnetic field is one of the waves, while an oscillating electric field is the other.
Mechanical waves travel in a vacuum, whereas electromagnetic waves travel in a vacuum. Mechanical waves require the assistance of a medium to travel and can only travel at the speed of that medium whereas electromagnetic waves can pass through any medium.
Why is it less noisy stomping on carpet than stomping on tile floors?
Answer:
Carpet softens harsh sounds and creates a quieter, more peaceful indoor environment. The installation of carpet and underlay is the only method available for eliminating excessive noise generated by floor impacts such as noise produced from footfalls, chairs scraped across the floor and objects dropped on the floor.
Explanation:
Carpets are thicker. That's why when you stomp it's more quieter because the impact of your foot will hit the thickness.
Please Help I really need it!!
Answer: Gravity and air resistance
Explanation:
How can carpet be beneficial for reducing or blocking sound?
Answer:
The carpet is soft to step on by nature, but it also makes a good sound absorber. Carpets absorb sound because within their fibers and their clusters, trapped air pockets occur that prohibit them from vibrating.
Explanation:
hope this helps!
compare the approximate distance from Hawaii and approximate age of the mountains in the Hawaiian–Emperor Seamount Chain. In your graph, be sure to include data from the seven mountains.
Explanation:
I don't have the data specific for this question, but I do have a general understanding of the science behind this and what the shape of this graph should look like.
The underwater mountain range and the Hawaiian Island chain were formed by a mantle plume hot spot, which is a hotter area in the mantle. Magma from the boundary between the lower mantle and inner core floated up due to its higher temperature and cooled to become a rock after reaching earth's surface, forming and island or volcano.
However, due to the movement of the Pacific Plate, this volcano moved away from its place precisely over the hot spot. Without heat from underneath, these volcanoes could no longer be active, rendering them extinct. The hot spot continued spewing lava, forming another volcano and repeating the cycle.
Over time, the rock from these volcanoes weathered and eroded away, causing them to sink under sea level and forming the mountain range and island chain.
Knowing the backstory behind Hawaii's formation, we can conclude that the islands further away from Hawaii, the biggest island with active volcanoes, are older in age.
I suspect it is a linear relationship!
I hope this somewhat helps! Sorry if it was a bit word heavy!
what is the definition of inertia? (picture down below)
Answer:
A
Explanation:
A tendency to do nothing or to remain unchanged.
A property of matter by which it continues in its existing state of rest or uniform motion in a straight line, unless that state is changed by an external force.
how do the bones and muscles work together to create movement
Answer:
Tendons attach muscles to bones. The tendon pulls the bone, making it move.
Explanation:
Answer:
pick the one that has something about the muscle help the bone move.Or something like
Explanation:
Identify the unit rate: 1,500 words in 25 minutes.
A 300 words/min
B 600 words/min
C 60 words/min
D 6 words/min
Answer:
B
Explanation:
That Is The Correct Answer ........ . .....
Answer:
C
Explanation:
PLEASE HELP ITS DUE AT 8:00
Answer:
atleast give 10 points but ill answer kidding
When forces are balanced, an object is in ________.
A.Equilibrium
B. Force
C. Gravity
Answer:
When forces are balanced, an object is in Equilibrium.
Explanation:
If forces acting on the object is balanced then the object will be in equilibrium and it will not have any acceleration.
“How can I describe and
compare objects and materials based on odor and taste?
Answer:
There are several ways to describe and compare materials based on odor and taste. This includes adjectives that describe the object/materials,
Explanation:
You can definitely describe and compare objects and materials based on odor and taste with the help of adjectives.
How many types of objects are there based on taste?There are five types of objects or materials that are based on the attribute of taste. This is because of taste receptors in the mouth sense the five taste modalities. It incudes sweetness, sourness, saltiness, bitterness, and savoriness (also known as savory or umami).
Scientists have classified odors into 10 basic categories: fragrant, woody/resinous, minty/peppermint, sweet, chemical, popcorn, lemon, fruity (non-citrus), pungent and decayed.
Both taste and odor of the materials and objects are represented with the help of a part of speech known as adjectives. Adjectives can be used to describe the qualities of someone or something independently or in comparison to something else, such as taste, color, odor, etc.
Therefore, you can definitely describe and compare objects and materials based on odor and taste with the help of adjectives.
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Where is a tornado most likely to form?
A. Where warm, moist air masses traveling north collide with cool, dry air masses traveling south
B. Where a high-pressure system is lingering over an area
C. Over warm, tropical ocean water
D. On the north-western side of a low pressure system
Answer:
A.
Explanation:
Tornados normally form due to warm and cold are colliding with each other. For example, this happens commonly in the middle of the U.S because of the cold air coming down from the Arctic and the warm air from Mexico and other countries in the South.
Answer: A
Explanation: In this area, known as Tornado Alley, storms are caused when dry cold air moving south from Canada meets warm moist air traveling north from the Gulf of ...
If an object has a positive charge, are the electrons from another object more likely to be attracted to it or to repel it?
Answer:
attracted
Explanation:
Electrons are negative.
A positively charged object will attract a negatively charged object