น้ำขึ้นน้ำลง แรงไทดัล เมื่อดาวดวงหน

The water. Tidal force When one star has been influenced by gravity from one of the ikduang star. The next will be more attracted to the far side. The differences of both sides will cause internal stress. If the flesh of the stars is not strong enough, it may cause a different star. If the flesh of the stars is flexible, the stars stretched as the ellipsoid. We call this difference in voltage "tidal force" (Tidal force). For example, the force that makes the moon a satellite different rings of Saturn. The tension causes the mercury are ellipsoid and causing water., which describes the following: According to the inverse square Newton's kotprae When the object is too far from each other, gravity between objects is reduced. Therefore, when placing a child in the space of three balls billiards, sorted by distance from the planet: picture 1 planet with gravity between billiard balls number 3 is greater than the force of gravity between the planets with billiard balls and more than 2 numbers. Planet with gravity between billiard balls No. 1, respectively.Image 1 the sort space in billiard balls From time to time in Figure 2 Billiard balls number 3 is moving toward the planet as the greatest distance. Billiard balls No. 2 at a distance of less than a planet. Billiard balls No. 1 will move toward the planet at minimum.Figure 2 billiard balls number 3 has been attracting more than no. 2 and 1 respectively. If we are staring at the billiard balls No. 2 image 3 to see how the distance between billiard balls, the number 1 and 2 "and the distance between the number 2 and 3 billiards balls" increase the tension, we get three balls billiards balls explode away from the tidal force.3 when the image is simply a number 2 to number 1 and it looks like 3 separate.Why does water rise two aspects. Moon's gravity acts at various parts of the world, different sub-district by drawing an arrow shows the size and the direction of gravity, which is caused by the gravitational influence of the Moon: 4 images.Image 4 of gravity of the moon to the Earth. When considering tidal force at any of the world. Tidal force within the world size is equal to the difference between the gravity from the moon to the particular point with the gravity from the moon to the Earth's Centre. Who can write the arrows show magnitude and direction of the force in the picture 5? Tidal force 5 pictures on the surface world. เนื่องจากเปลือกโลกเป็นของแข็ง จึงไม่สามารถยืดหยุ่นตัวไปตามแรงไทดัลซึ่งเกิดจากแรงโน้มถ่วงของดวงจันทร์ได้ แต่ทว่าพื้นผิวส่วนใหญ่ของโลกปกคลุมด้วยน้ำในมหาสมุทร จึงปรับตัวเป็นรูปทรงรี ตามแรงไทดัลที่เกิดขึ้นดังรูปที่ 6 ทำให้เกิดปรากฏการณ์ "น้ำขึ้นน้ำลง" (Tides)​ โดยที่ระดับน้ำทะเลจะขึ้นสูงสุดบนด้านที่หันเข้าหาดวงจันทร์และด้านตรงข้ามดวงจันทร์ (ตำแหน่ง H และ H’) และระดับน้ำทะเลจะลงต่ำสุดบนด้านที่ตั้งฉากกับดวงจันทร์ (ตำแหน่ง L และ L’) โลกหมุนรอบตัวเอง 1 รอบ ทำให้ ณ ตำแหน่งหนึ่งๆ บนพื้นผิวโลก จึงเคลื่อนผ่านบริเวณที่เกิดน้ำขึ้นและน้ำลงทั้งสองด้าน ทำให้เกิดน้ำขึ้นน้ำลง วันละ 2 ครั้ง ภาพที่ 6 แรงไทดัลทำให้เกิดน้ำขี้นน้ำลง เนื่องจากดวงจันทร์โคจรรอบโลก ขณะที่โลกเองก็หมุนรอบตัวเอง จึงทำให้เรามองเห็นดวงจันทร์ขึ้นช้าไปวันละ 50 นาที หนึ่งวันมีน้ำขึ้น 2 ครั้ง ดังนั้นน้ำขึ้นครั้งต่อไปจะต้องบวกไปอีก 12 ชั่วโมง 25 นาที เช่น น้ำขึ้นครั้งล่าสุดน้ำขึ้นเวลา 24.00 น. น้ำขึ้นครั้งต่อไปประมาณเวลา 12.25 น. และในวันถัดไปนำ้จะขึ้นประมาณเวลา 00.50 น. น้ำเกิดน้ำตาย ในวันขึ้น 15 ค่ำ และวันแรม 15 ค่ำ ดวงอาทิตย์ โลก และดวงจันทร์เรียงตัวอยู่ในแนวเดียวกัน แรงโน้มถ่วงของดวงอาทิตย์และดวงจันทร์เสริมกัน ทำให้แรงไทดัลบนโลกเพิ่มขึ้น ส่งอิทธิพลให้ระดับน้ำขึ้นสูงสุดและระดับน้ำลงต่ำสุดแตกต่างกันมากดังภาพที่ 7 เรียกว่า "น้ำเกิด" (Spring tides) ภาพที่ 7 ภาวะน้ำเกิด ในวันขึ้น 8 ค่ำ และวันแรม 8 ค่ำ ดวงอาทิตย์ โลก และดวงจันทร์อยู่ในแนวตั้งฉากกัน แรงโน้มถ่วงของดวงอาทิตย์และดวงจันทร์ไม่เสริมกัน ทำให้แรงไทดัลบนโลกลดลง ส่งอิทธิพลให้ระดับน้ำขึ้นสูงสุดและระดับน้ำลงต่ำสุดไม่แตกต่างกันมากดังภาพที่ 8 เรียกว่า "น้ำตาย" (Neap tides) ภาพที่ 8 ภาวะน้ำตาย

Tide tidal force on the planet is influenced by the gravity of other planets, one star. The near to the far attracted over. The differences in terms of force to cause internal stress. If the flesh of the star is not strong enough, it could make Star break. If the star has a spongy texture, it will stretch out a star shape. We call this difference is that the internal strength "tidal force" (Tidal force), for example. The forces that cracked the ring moons of Saturn. Mercury is the forces that shape. And the force that causes the tide. Which are described below under the law of inverse squared Newton. When the subject is far from the gravitational force between objects is reduced. So when placing billiard balls in the space of three balls. In descending order of distance from the planet Figure 1 gravity between planetary billiard balls number three of gravity between planetary billiard balls number two and gravity interplanetary billiard balls numbered 1 respectively at one sorted. billiard ball in space over time in the two billiard ball number three is moving toward the planet. Is the most 
 billiard ball number 2 moves toward the planet. The distance is less than number one billiard ball moves toward the planet. The distance is minimal at two billiard ball number three is attracting more number 2 and 1, respectively, if we look at the billiard balls number 2 Figure 3 will see that the distance between the billiard balls numbered 1 and 2, "and the term. The number between two and three billiard balls "More and more we force children to three billiard balls that spread away from each other. Tidal force on the third image focus on the number one and number two, it looks like three separate reasons why the water side of the Moon's gravity acts at different districts of the world. You can draw arrows to show the size and direction of gravity. It is caused by the gravitational influence of the moon, as Figure 4 shows four images of the lunar gravity acting on the world when the tidal force at any point on the Earth's tidal force in the world is the same size. The difference between the lunar gravity acting on that point. The gravity of the moon acting on the center of the world. Which can show the size and direction of the arrows in Figure 5 Figure 5 tidal force on the Earth's surface because the crust is solid. There can be no flexibility on the tidal force caused by the gravitational pull of the moon. But most of the world's surface is covered by oceans. The adjustment is oval in shape. The tidal force that occurs as shown in Figure 6 causes the phenomenon. "Tidal" (Tides) that sea levels will rise up on the side facing the opposite side of the moon and the moon (the H and H ') and the sea level would be the lowest on the scene. the moon (where L and L ') world revolves around yourself first round lead at a certain position on the Earth's surface is moving through the area at high tide and low tide on both sides. The tide two times a day at 6 tidal force caused water raged down because the Moon's orbit around Earth. As the world was spinning around itself. Thus we see the moon rise slowly to a day 50 minutes a day with water up to two times the water more time to be positive over the next 12 hours 25 minutes and the last time water was 24.00. Tide times. Next time around 12:25 hrs., and the next day at approximately 00:50 pm, the water will rise. neap tide in the 15th and 15th day of the waning moon, sun and moon are aligned in the same direction. The gravitational pull of the sun and moon reinforce each other. It tidal force on the earth increases. Influence the water level is high and the low tide very different Figure 7 called "rising tide" (Spring tides) at seven Cy tide in the eight evenings and garnered eight Evening Sun, Earth and. Moon is perpendicular to each other. The gravitational pull of the sun and moon do not complement each other. It tidal force on the Earth down. Influence the water level is highest and the lowest water level is not much different Figure 8 called "dead" (Neap tides) that eight patients die.

On the day of the new 8 dinner and the waning days of 8 moon, sun, earth and moon in vertical. The gravity of the sun and the moon no extra, tidal force on the world down.Tidal






, the tidal forceWhen one of the stars was influenced by gravity from the star. The nearby has been attracted more than the far. The difference of both will cause stress within.If the flesh of the stars has elasticity, it will make the star stretching into ellipsoid. We call this "internal force at different tidal force" (Tidal force), for example. The force that makes moons broken into Saturn's rings. The force that Mercury is ellipsoid.Which are described as following:
.The rules varied squared of Newton When the object is far apart gravity between objects is reduced. So when the billiard ball three balls in space. In the order the distance from the planet as 1 images.3 than the gravitational force between the planet billiard balls 2 number over and over. The gravitational force between the planet billiard balls 1 number respectively
.


image 1 sort billiard ball in space




over time in the 2
billiard ball number 3 to mobile to the planet. The distance of the most true
.Image 2 billiard ball number 3 was attracting more than the number 2 1 respectively and




.Billiard ball number 2 will move towards the planet. A distance less than
billiard ball number 1 will move towards the planet. A minimal



.Tidal force
.If we look at the number 2 billiard balls as Figure 3 are visible. The distance between the billiard ball number and 1 2 "and the distance between the billiard ball number and 2 3" increase.


image 3 when pore number 2 seems like number and 1 3 separated





why water is up two side




.The gravity of the moon made at various district of the world are different. The arrows show the magnitude and direction of gravity. The influence which caused by gravitation of the moon has also 4 picture






.Image 4 gravity of the moon towards the world





.When considering the tidal force at any point of the world. The world is the equivalent of tidal force The difference between the gravity of the moon towards the cuisine. With the gravity of the moon towards the center of the world.