Chords for Intro To Stars: Color and Temperature – a song for kids by In A World Music Kids with The Nirks™
Tempo:
138.85 bpm
Chords used:
Bb
A
E
Bbm
Ebm
Tuning:Standard Tuning (EADGBE)Capo:+0fret
Start Jamming...
I am the sun and I'm here to tell you about stars.
There are seven main types that help [A] you tell us all apart.
We are many different colors and many different temperatures.
Some are very hot and some are much [Ebm] cooler.
The [Bb] Morgan-Keenan spectral system is how we [Bb] are classified.
Seven letters correspond with all our [Db] different types.
The MK system as it's known is easy enough to learn.
Each letter tells you our color and how [Gb] hot we burn.
From hottest to coolest, here are the [N] types all seven.
OB-AF-GKM, OB [Bb]-AF-GKM.
From bluest [Bbm] to reddest, let's try to name them all [N] again.
OB-AF-GKM, OB-AF-GKM.
Now let's break it down.
Here we go.
Oh, as in Oriana Sea, the bluest hottest stars.
Hotter than 30,000 degrees, ouch, they are.
B, as in Bellatrix, their color rings blue-white.
Between 10,000 and 30,000 degrees, deeper, bright.
A, as in Altair, this classic star is white.
From 7,500 to 10,000 degrees, that's right.
F, as in Pornassus, yellowish-whitish stars.
Between 6,000 and [Bb] 7,500 degrees, they are.
G, as in Goosun, yellow, like me.
Between 5,200 and 6,000 degrees, me, me, [Ab] me.
K, as in Kaus Borealis, orange-colored stars.
3,700 [N] to 5,200 degrees, cooler by far.
M, as in Muroc, the coolest stars are red.
From 2,400 to 3,700 degrees, it's said.
From hottest to coolest, here are the types all seven.
OB-AF-GKM, OB-AF-GKM.
From bluest to reddest, let's try to name them all again.
OB-AF-GKM, OB [Bbm]-AF-GKM.
Now you know the [A] letters of the Morgan-Kenan system.
Adding numbers from to 9, we can break each letter down again. The hottest stars get [E] 0's, the coldest stars will get 9's. So a star [Bb] classified A2 is hotter [A] than one that's A9. The Morgan-Kenan spectral system is how we are classified. [A] Seven letters correspond with all our different types. [Bb] Temperatures can be more specific, adding numbers to 9. With O0 being the hottest type, and the coolest is [A] M9. From hottest to coolest, here are the types all seven. OB [N]-AF-GKM, OB-AF-GKM. [Bb] From bluest to reddest, let's try to name them all again. OB-AF-GKM, OB-AF [G]-GKM. Now you know [Bb] the letters of [E] the Morgan-Kenan system. And if you add numbers, you can break each letter down [F] again. [E] There are billions of stars that need classification. Using the Morgan-Kenan system, can [Am] you classify them? [N] Ready [D] to meet some of my star friends? Stay tuned for Meet the Stars!
There are seven main types that help [A] you tell us all apart.
We are many different colors and many different temperatures.
Some are very hot and some are much [Ebm] cooler.
The [Bb] Morgan-Keenan spectral system is how we [Bb] are classified.
Seven letters correspond with all our [Db] different types.
The MK system as it's known is easy enough to learn.
Each letter tells you our color and how [Gb] hot we burn.
From hottest to coolest, here are the [N] types all seven.
OB-AF-GKM, OB [Bb]-AF-GKM.
From bluest [Bbm] to reddest, let's try to name them all [N] again.
OB-AF-GKM, OB-AF-GKM.
Now let's break it down.
Here we go.
Oh, as in Oriana Sea, the bluest hottest stars.
Hotter than 30,000 degrees, ouch, they are.
B, as in Bellatrix, their color rings blue-white.
Between 10,000 and 30,000 degrees, deeper, bright.
A, as in Altair, this classic star is white.
From 7,500 to 10,000 degrees, that's right.
F, as in Pornassus, yellowish-whitish stars.
Between 6,000 and [Bb] 7,500 degrees, they are.
G, as in Goosun, yellow, like me.
Between 5,200 and 6,000 degrees, me, me, [Ab] me.
K, as in Kaus Borealis, orange-colored stars.
3,700 [N] to 5,200 degrees, cooler by far.
M, as in Muroc, the coolest stars are red.
From 2,400 to 3,700 degrees, it's said.
From hottest to coolest, here are the types all seven.
OB-AF-GKM, OB-AF-GKM.
From bluest to reddest, let's try to name them all again.
OB-AF-GKM, OB [Bbm]-AF-GKM.
Now you know the [A] letters of the Morgan-Kenan system.
Adding numbers from to 9, we can break each letter down again. The hottest stars get [E] 0's, the coldest stars will get 9's. So a star [Bb] classified A2 is hotter [A] than one that's A9. The Morgan-Kenan spectral system is how we are classified. [A] Seven letters correspond with all our different types. [Bb] Temperatures can be more specific, adding numbers to 9. With O0 being the hottest type, and the coolest is [A] M9. From hottest to coolest, here are the types all seven. OB [N]-AF-GKM, OB-AF-GKM. [Bb] From bluest to reddest, let's try to name them all again. OB-AF-GKM, OB-AF [G]-GKM. Now you know [Bb] the letters of [E] the Morgan-Kenan system. And if you add numbers, you can break each letter down [F] again. [E] There are billions of stars that need classification. Using the Morgan-Kenan system, can [Am] you classify them? [N] Ready [D] to meet some of my star friends? Stay tuned for Meet the Stars!
Key:
Bb
A
E
Bbm
Ebm
Bb
A
E
I am the sun and I'm here to tell you about stars.
_ _ _ _ _ There are seven main types that help [A] you tell us all apart.
_ _ _ _ _ We are many different colors and many different temperatures.
_ _ _ _ _ _ _
Some are very hot and some are much [Ebm] cooler.
_ _ _ _ _ _ The [Bb] Morgan-Keenan spectral system is how we [Bb] are classified.
Seven letters correspond with all our [Db] different types.
The MK system as it's known is easy enough to learn.
Each letter tells you our color and how [Gb] hot we burn.
From hottest to coolest, here are the [N] types all seven.
OB-AF-GKM, OB [Bb]-AF-GKM.
From bluest [Bbm] to reddest, let's try to name them all [N] again.
OB-AF-GKM, OB-AF-GKM.
Now let's break it down.
Here we go.
Oh, as in Oriana Sea, the bluest hottest stars.
Hotter than 30,000 degrees, ouch, they are.
B, as in Bellatrix, their color rings blue-white.
Between 10,000 and 30,000 degrees, deeper, bright.
A, as in Altair, this classic star is white.
From 7,500 to 10,000 degrees, that's right.
F, as in Pornassus, yellowish-whitish stars.
Between 6,000 and [Bb] 7,500 degrees, they are.
G, as in Goosun, yellow, like me.
Between 5,200 and 6,000 degrees, me, me, [Ab] me.
K, as in Kaus Borealis, orange-colored stars.
3,700 [N] to 5,200 degrees, cooler by far.
M, as in Muroc, the coolest stars are red.
From 2,400 to 3,700 degrees, it's said.
From hottest to coolest, here are the types all seven.
OB-AF-GKM, OB-AF-GKM.
From bluest to reddest, let's try to name them all again.
OB-AF-GKM, OB [Bbm]-AF-GKM.
Now you know the [A] letters of the Morgan-Kenan system. _ _
_ _ _ _ Adding numbers from to 9, we can break each letter down again. _ _ _ _ _ _ The hottest stars get [E] 0's, the coldest stars will get 9's. _ _ _ _ _ So a star [Bb] classified A2 is hotter [A] than one that's A9. _ _ _ _ _ _ The Morgan-Kenan spectral system is how we are classified. [A] Seven letters correspond with all our different types. [Bb] Temperatures can be more specific, adding numbers to 9. With O0 being the hottest type, and the coolest is [A] M9. From hottest to coolest, here are the types all seven. OB [N]-AF-GKM, OB-AF-GKM. [Bb] From bluest to reddest, let's try to name them all again. OB-AF-GKM, OB-AF [G]-GKM. Now you know [Bb] the letters of [E] the Morgan-Kenan system. And _ _ if _ _ you add numbers, you can break each letter down [F] again. _ _ _ _ _ [E] _ There are billions of stars that need classification. _ _ _ _ _ _ _ Using the Morgan-Kenan system, can [Am] you classify them? [N] _ _ _ _ _ _ _ _ _ _
Ready [D] to meet some of my star friends? _ _ Stay tuned for Meet the Stars!
_ _ _ _ _ There are seven main types that help [A] you tell us all apart.
_ _ _ _ _ We are many different colors and many different temperatures.
_ _ _ _ _ _ _
Some are very hot and some are much [Ebm] cooler.
_ _ _ _ _ _ The [Bb] Morgan-Keenan spectral system is how we [Bb] are classified.
Seven letters correspond with all our [Db] different types.
The MK system as it's known is easy enough to learn.
Each letter tells you our color and how [Gb] hot we burn.
From hottest to coolest, here are the [N] types all seven.
OB-AF-GKM, OB [Bb]-AF-GKM.
From bluest [Bbm] to reddest, let's try to name them all [N] again.
OB-AF-GKM, OB-AF-GKM.
Now let's break it down.
Here we go.
Oh, as in Oriana Sea, the bluest hottest stars.
Hotter than 30,000 degrees, ouch, they are.
B, as in Bellatrix, their color rings blue-white.
Between 10,000 and 30,000 degrees, deeper, bright.
A, as in Altair, this classic star is white.
From 7,500 to 10,000 degrees, that's right.
F, as in Pornassus, yellowish-whitish stars.
Between 6,000 and [Bb] 7,500 degrees, they are.
G, as in Goosun, yellow, like me.
Between 5,200 and 6,000 degrees, me, me, [Ab] me.
K, as in Kaus Borealis, orange-colored stars.
3,700 [N] to 5,200 degrees, cooler by far.
M, as in Muroc, the coolest stars are red.
From 2,400 to 3,700 degrees, it's said.
From hottest to coolest, here are the types all seven.
OB-AF-GKM, OB-AF-GKM.
From bluest to reddest, let's try to name them all again.
OB-AF-GKM, OB [Bbm]-AF-GKM.
Now you know the [A] letters of the Morgan-Kenan system. _ _
_ _ _ _ Adding numbers from to 9, we can break each letter down again. _ _ _ _ _ _ The hottest stars get [E] 0's, the coldest stars will get 9's. _ _ _ _ _ So a star [Bb] classified A2 is hotter [A] than one that's A9. _ _ _ _ _ _ The Morgan-Kenan spectral system is how we are classified. [A] Seven letters correspond with all our different types. [Bb] Temperatures can be more specific, adding numbers to 9. With O0 being the hottest type, and the coolest is [A] M9. From hottest to coolest, here are the types all seven. OB [N]-AF-GKM, OB-AF-GKM. [Bb] From bluest to reddest, let's try to name them all again. OB-AF-GKM, OB-AF [G]-GKM. Now you know [Bb] the letters of [E] the Morgan-Kenan system. And _ _ if _ _ you add numbers, you can break each letter down [F] again. _ _ _ _ _ [E] _ There are billions of stars that need classification. _ _ _ _ _ _ _ Using the Morgan-Kenan system, can [Am] you classify them? [N] _ _ _ _ _ _ _ _ _ _
Ready [D] to meet some of my star friends? _ _ Stay tuned for Meet the Stars!