What does the movement of the Earth cause? A. people B. seasons C. day and night D. seasons and day and night
1. What does the movement of the Earth cause? A. people B. seasons C. day and night D. seasons and day and night
Answer:
C. Day and Night
Explanation:
2. what is the season has the shortest days. but longer night
Answer:
Winter
Explanation:
Hope it helps you brainliest pls!
3. describe Autumn and Spring seasons in terms of length of day time/night night and temperature.
On the first day of autumn, the length of day and night are equal. This is called the autumnal equinox. It is the first day of fall north of the equator.You can see that on March 21, the spring equinox, all the cities have approximately 12 hours of sunlight. On June 21, the summer solstice and longest day of the year for the northern hemisphere, the day length ranges from about 13 hours in Hawaii to 24 hours in northern Alaska.
4. Explain why Earth has day and night? Explain why Earth has sequences of seasons?
1.Day and night are due to the Earth rotating on its axis, not its orbiting around the sun.
2.Earth has seasons because its axis is tilted.
5. compare the length of day and night in both Summer and winter seasons
Answer:
The north pole is in constant daylight! When the northern half of Earth is tilted toward the Sun, the southern hemisphere is tilted away. People in the southern hemisphere experience the shorter day lengths and colder temperatures of winter.
Explanation:
hope this helps
Answer:
Summer season have longer day time than winter season otherwise Winter have longer night than summer.
6. Explain why eart has day and night.___________________Explain why Earth has sequences of seasons___________________
[tex]\green{{Why \: Earth \: has \: Day \: and \: Night?}}[/tex]
• We get day and night because the Earth spins (or rotates) on an imaginary line called its axis and different parts of the planet are facing towards the Sun or away from it. It take 24 hours for the world to turn all the way around, and we call this a day.
[tex]\green{{Why \: Earth \: has \: Sequences \: of \: Seasons?}}[/tex]
• Earth has seasons because its axis its tilted. Earth's axis os always pointed in the same direction, so different parts of Earth get the Sun's direct rays throughout the year. For example, in summer, the Sun's rays hit that region more directly than at any other time of the year.
━━━━━━━━━━━━━━━✦❘༻༺❘✦━━━━━━━━━━━━━━━
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#ᴄᴀʀʀʏ ᴏɴ ʟᴇᴀʀɴɪɴɢ!
7. What season result when a long day follow a short night
Answer:
summer is the season result when a long day follow a short night
8. 13.the Earth's rotation from West to east cause andd it's revolution around the sun cause a.rainy,dry season b. season day and night c. dry season of rainy day d. day and night season14. the earth takes to complete one rotation on its axis and revolves around the sun for a. one year one day b. one day one night c. 365 days 24 hours d. 24 hours 2065 1/4 days
Answer:
13. D. Day and Night season
14. C. 365 days 24 hours
Explanation:
Hope it help :) pa brainliest tysm❤️
9. which seasons of the earth to length of day and night equal on both northern and southern hemisphere?
Answer:
The equinoxes are the only time when both the Northern and Southern Hemispheres experience roughly equal amounts of daytime and nighttime. On Earth, there are two equinoxes every year: one around March 21 and another around September 22.
Explanation:
TY SA POINTS
10. Analogy]l: day and night:: lI:______A. Weather B. Climate C. Seasons D. New Year
Answer:
A. Weather
Explanation:
Pls brainlest me and heart and follow
Hope it helps
Answer:
A. weather
Explanation:
correct me if im wrong.
11. Explon why Earth has day and night.__________________________________________________Explain why Earth has sequences of seasons._______________________________________________
Answer:
Why Earth has day and night.
The Earth orbits the sun once every 365 days and rotates about its axis once every 24 hours. Day and night are due to the Earth rotating on its axis, not its orbiting around the sun. The term 'one day' is determined by the time the Earth takes to rotate once on its axis and includes both day time and night time.Why Earth has sequences of seasons.
Earth has seasons because its axis is tilted. Earth's axis is always pointed in the same direction, so different parts of Earth get the Sun's direct rays throughout the year. For example, in summer, the Sun's rays hit that region more directly than at any other time of the yearHope it Help!
-El
12. 3. Rotation of the earth is what causes A. The seasons B. Day and night C. The fide
Answer:
B. Day and nightExplanation:
sana makatulong po
pa brainliest heart and rate nalang po
keep safe healthy and study well po
13. the ______has days and nights that are of equal durationa.autumn seasonb. equinoxc.solsticed.spring season
Answer:
b. Equinox
Explanation:
A certain day in spring and autumn where the amount of daytime hours and nighttime hours are the same is called equinox.
Equinox occurs twice in a year on March 20 and September 23rd.
During an equinox, the south and north hemisphere of the earth are receiving equal amount of sunlight.
The opposite of equinox is solstice in which the duration of light is unequal.
The equator is the only great circle that is a line of latitude.
14. How would the dayand night cycle and theseasons be affected if theEarth's axis werenot tilted?
Answer:
At present Earth is tilted 23.5 degrees on its axis. ... Every day would be like what it currently is on the equinox since every location on Earth would have about a 12 hour sunlight days and the noon sun angle would be about the same every day. There would no longer be season as we know them.
HOW WOULD DAY AND NIGHT DIFFER IF THE EARTH'S AXIS WERE NOT TILTED?
It would be very similar to the spring and autumn in our first case, where the Earth's axis had no tilt. (Why is this?) All regions of the Earth would have 12 hours of sun and then 12 hours of darkness, every day. The equatorial regions would receive lots of sunlight, while the poles would be significantly cooler.
15. true or false a cycle is something that happens over and over again like the seasons and day and night
Answer:
BIG "TRUE"Explanation:
any complete round or series of occurrences that repeats or is repeated. a round of years or a recurring period of time, especially one in which certain events or phenomena repeat themselves in the same order and at the same intervals. any long period of years; age.
Brainliest need ko subra:"
Hope it help</33
Answer:
True
Explanation:
correct me if im wrong
16. How does the rotation and the revolution of the earth affect the movement of the stars, the seasons and the occurrence of the day and night?
How the rotation and revolution affects
1.) Movement of stars
- Earth's rotation from west to east makes the stars "seem" to move in an east to west direction.
- Earth's revolution makes certain constellations appear to be only seen in some places for a time.
2.) Occurence of Day and Night
- When Earth rotates, the side facing the sun will have light and the side not facing the sun won't have light. Hence, the side facing the sun will experience day and the side not facing the sun will experience night.
3.) The seasons
- Earth's tiltation while revolving causes what seasons a place will experience since how it is tilted will determine how much light a place will get.
17. 6. Equal daytime and night time 7. Earth is at its farthest from the sun resulting to unequal days and nights 8. The season in the Northern Hemisphere from March 21 to June 20 9. The condition when a place experiences longer nights than days 10. The season in the Northern Hemisphere from June 21 to September 22
Answer:
6. equinox
equinoxMarking the beginning of spring, the sun will cross the plane of the earth's equator on Monday morning, making day and night of approximately the same duration. The event, known as equinox, is eagerly awaited by space enthusiasts as it takes place only twice a year, on March 21 and September 23.
7.?
8. So, in the Northern Hemisphere you have: Vernal equinox(about March 21): day and night of equal length, marking the start of spring. Summer solstice (June 20 or 21): longest day of the year, marking the start of summer. Autumnal equinox(about September 23): day and night of equal length, marking the start of autumn.
9. The summer solstice is the day when the Northern hemisphere experiences its longest period of daylight all year. Winter solstice is the day when the Northern Hemisphere experiences its longest period of night all year. ... Some far northern countries such as Iceland and Norway experience continuous daylight for months.
10.Summer begins on June 20 or 21, the summer solstice, which has the most daylight of any day in the year. Spring and fall, or autumn, begin on equinoxes, days that have equal amounts of daylight and darkness. The vernal, or spring, equinox falls on March 20 or 21, and the autumnal equinox is on September 22 or 23.
Explanation:
sorry po deh ko po alm ung sagot sa number 7. :)
18. Wind is the present night and day and in wet or dry season?(Patulong Po)
Answer:
yes po present po ang wind night
day and season
19. the____could be in the past the present, or the future,during the day or the night, in any season.
TENSES OF VERB
Answer:
[tex] \Large \color{brown} {\overline{\: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \:}} [/tex]
The action could be in the past the present, or the future, during the day or the night, in any season.
Action[tex] \Large \color{brown} {\overline{\: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \: \:}} [/tex]
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20. c. identify whether the following is an effect of earth's rotation and revolution.1. occurrence of day and night - 2. change of seasons -3. unequal length of day and night -4. apparent movement of the sun -
Answer:
1. Rotation
2. Revolution
3. Revolution
4. Rotation
21. 8.When was the best time in transplanting a plant?A. Dry seasonB. Beginning of the rainy season.C. Night timeD. Day time
[tex]\color{purple}\rm\huge{ANSWER:}[/tex]
8.When was the best time in transplanting a plant?
A. Dry season
B. Beginning of the rainy season.
C. Night time
D. Day time
#CarryOnLearningQUESTION:
8.When was the best time in transplanting a plant?
THERE ARE MANY CHOICES:
A. Dry season
B. Beginning of the rainy season.
C. Night time
→D. Day time
ANSWER:
D. Day timeWhy Answer is D. Day time?
because Best time of day to transplant is early in the morning, late in the afternoon or on a cloudy day.This will allow the plants to settle in out of direct sunlight.#CarryOnLearning
22. what are the effects of the earth's rotation day and night cycle be earthquakes c season of the year d volcanic eruption
Answer:
volcanic eruption
Explanation:
because of earthquakes
Answer:
sorry I didn't now that
Explanation:
sorry
23. 10. Which of the following pair is correct about the result of Earth's motion? A. rotation: four seasons; revolution: day and night B. rotation: day and night; revolution: four seasons C. rotation: meteor shower; revolution: eclipse
Answer:
. my answer is A
Explanation:
that is my answer i hope it's help
24. 13.the Earth's rotation from West to east cause andd it's revolution around the sun cause a.rainy,dry season b.seasons,day and night c.dry season, rainy days d.day and night, seasons14.the earth takes to complete one rotation on its axis and revolves around the sun for a. 1year,1day b.1day,1night c.365days ,24h d.24h,365¼days
Answer:
d 24h,365¼days is the earthquake eruption
25. 15. Summer season experienced by countries in temperate zones hasa. longer days and shorter nightsc. the same length as the nightb. longer nights and shorter daysd. all of the above
Answer:
a
Explanation:
sana makatulong sa inyo
paki brainliest po
thank you na lang kung hindi brainliest
stay safe and strong
26. infer on the effect of length of day time and night time on season
Answer:
We associate winter with cold weather and lack of daylight, summer with long balmy evenings where the sun lingers in the sky. Such variation is part of the series of cycles which affect the relative positions of the sun and the Earth – affecting not just seasonal variation but also long-term climate change.
Why we have Seasons: the Tilt of the Earth’s Axis
There are three main cycles which affect the earth’s relationship with the sun. The longest of these is eccentricity, in which the shape of the earth’s orbit varies over a period of up to 400,000 years, followed by precession, which affects the direction in which the earth’s axis tilts: this has a period of 105,000 years. With such long timescales, such variations are irrelevant to earth’s inhabitants.
Humans and animals alike are directly affected by a third factor – the tilt of the earth on its axis. The earth’s annual orbit of the sun takes approximately 365 days and 8 hours. If the earth were directly upright in its orbit, the duration of day and night would be the same at all points on the planet. In fact, the earth’s axis is tilted at an angle of 23.5 ⁰.
The Earth’s Axial Tilt: Image by Dna-webmaster
At the December solstice, the North Pole is tilted away from the sun, and the area north of 23.5 ⁰ (the Arctic Circle) receives no daylight. Meanwhile, the south polar region is tilted towards the sun and receives permanent daylight. As the earth continues its orbit, the area exposed varies (see diagram) until the position is reversed, and it is the Antarctic region which experiences total darkness and the Arctic which experiences total daylight. At the mid point of the orbit (the March and September equinoxes) all areas receive the same amount of daylight and darkness.
In fact, there is still further variation in the cycle, and the extent of tilt also varies – though over a period of 41,000 years. At its maximum, the Earth’s tilt is 24.4⁰ and at its minimum, 21.4⁰. The effect of this variation is a variation in the length of the seasons – so that, at the maximum point of tilt, the areas receiving maximum/minimum daylight at the solstices are those north or south of 24.4⁰ latitude.
Impacts and Effects of the Change in Daylight Length
The tilt of the earth doesn’t just affect the amount of daylight reaching the earth’s surface. The sun provides not only light, but heat, so the presence or absence of direct sunlight (solar insolation) affects seasonal temperatures. Such seasonal variations have far-reaching implications for life on earth – not just among humans but across the earth system.
The tilt of the earth controls the seasons (image from NOAA)
The tilt of the earth controls the seasons. Image from NOAA
Temperature and light are both significant, so plants and animals must adjust to the variations in daylight time. Relying on light for photosynthesis, plants cannot grow in the dark season, and so become dormant: this phenomenon, known as photoperiodism, varies between species as does the optimum temperature for growth but, generally speaking, the length of time during which growth takes place decreases at higher latitudes.
Absence of heat and light, and the consequent unavailability of food, is also the cause of many of the mass seasonal migrations experienced across the animal kingdom. Certain species of mammals, fish and, most particularly, birds, respond to reduced daylight and heat by seeking out more favourable environmental conditions.
The changes in the seasons can also have marked physical impacts among those who remain in situ. Most notably, some human are affected by SAD (seasonal affective disorder) which, though its mechanisms are not fully understood, is related to the seasons. According to the Oxford Dictionary of Nursing, SAD causes symptoms: “with the onset of winter, there is depression, general slowing of mind and body.”
It’s also worth noting that even these complex cycles are further complicated by the capacity of the earth’s atmosphere to ‘store’ heat, meaning that the maximum temperatures we experience ‘lag’ behind the maximum period of daylight by about a month.
Explanation:
27. What season results when a long day follows a short night?
Answer:
In the summer, daylight lasts longer and nighttime is shorter. In winter, the days are shorter and the nights longer. That means there is more time for the sun to warm us during long summer days.
Explanation:
sana po makatulong :)
28. Guide Questions: 1. Compare the length of day and night in both summer and winter seasons. 2. In June 21, compare the length of day and night in the Northern Hemisphere and Southern Hemisphere. 3. In December 21, compare the length of day and night in the Northern and Southern Hemisphere. 4. Why are there equal lengths of day and night on March 21 and on September 21? 5. Which seasons of the earth do lengths of days and nights equal on both Northern and Southern Hemisphere? 6. Explain the changes in length of day and night in the Northern Hemisphere on June 21 and on December 21. 7. If the earth's axis were not inclined, what would be the length of day and night in all places on earth at all times of the year?
Answer:
1.The north pole is in constant daylight when the northern half of earth is tilted toward the sun,the southern hermisphere is tilted away.People in the southern hermisphere experience the shorter day lenght and colder temperature of winter.
29. the combined gravitational pull of the sun and moon causes a eclipses betide si day and night or d seasons
Answer:
Sun and moon causes the combination
30. 18. (Analogy]: day and night :: 11 : A. Weather B. Climate C. Seasons D. New Year
Ansuwer:
Day and night
C; SEASONS
Explanation:
Hope its help
