"i've got the moon on a string."
f on the d string, e on the d string, d on the d string, e on the d string, f on the d string x3, e on the d string x3, f on the d string, a on the a string x2, f on the d string, e on the d string, d on the d string, e on the d string, f on the d string x3, e on the d string x2, f on the d string, e on the d string, d on the d string!! there you go!
G string may be a gusset string or the string of the thong may be as thin as a g string from the guitar
The lowest string on a four string double bass is an E string. If you have a fairly rare five string double bass then the lowest fifth string is a B string.
e string, then a string, b string, g string, a string, d string...then repeat.
It depends on the tuning and string, both the thickest and thinnest strings are E without being played. The order of E notes on each string is below. I go in order from the thickest string to the thinnest string, and in standard tuning. 0 for E string 7 for A string 2 for D string 9 for G string 5 for B string 0 for E string
One. But it's a mighty loooooong string.
The string acts like the gravity of the earth. the circular motion of the ball imitates the orbit of he moon.
If you tie a weight on the end of string and twirl the string around your head you can feel the weight trying to fly away from you. But the string you're holding won't let it fly away. The result is the weight circles around your head. The moon (..the weight..) moves through space with a certain speed. That speed is trying to throw the moon off into deep space. But at the same time Earth's gravity (..the string..) is trying to pull the moon down out of the sky. The two forces exactly cancel each other and the result is the moon neither flying off into space nor crashing down to Earth but going around and around it.
In my school concert yesterday we had the school's string orchestra playing it once on their own and then they play it again with us. The string orchestra was all violind apart from the piano.
The moon is trapped in the gravitational pull of the earth. The earth and the moon are trapped in the gravitational pull of the sun. It is like whirling a small weight attached to a length of string round your head. The only thing stopping the weight to fly off (into space) is the string - which is the same force of gravitational pull we experience from our orbit round the sun.
There weren't any pictures attached to this question. But the answer would be in direction D where the line is going to the right with an arrow on the end.
Think of swinging a ball around and around on the end of a string. The ball will stay straight out at the end of the string. The ball stays suspended at the end of the string because the moving ball wants to go straight but it can't because the string is holding it -- keeping it from flying away. The force the string is exerting on the ball is called centripetal force.Moons rotate around their planets just as the ball swings around on the string. The planet's gravity acts as the string, holding the moon from flying off into space.
For the moon, it's gravity. For a yo-yo, it's the tension in the string.
The force of those objects' gravity and the gravity of the Sun pull on each other. The result is similar to whirling a ball tied to a string around and around yourself. The string is like the force of gravity.
A measuring wheel, string or measuring tape. A laser is also used to measure distances to as far away as the moon.
Just as you have started it. good examples: 'string' "string" `string` »string« bad examples: 'string" "string` »string'
If you're talking about a solar eclipse, possibly Baily's Beads, a string of bright points on one side of the Moon produced by sunlight shining through valleys on the edge of the Moon.