A light blue top tube would least likely be used for collecting blood samples for coagulation studies, as these typically require a blue top tube containing sodium citrate for anticoagulation. Light blue top tubes are commonly used for coagulation studies (PT/INR, PTT) and may contain citrate to prevent clotting of the sample.
pink...think about it, blue and red make purple, then if you add white it should lighten in so it would be pink or fushia
Light blue. A light blue Azure Blue.
You get light blue.
Blue and Red = Purple, so I would imagine that Blue and Pink would make a light purple, or a lavender.
If you mix green light and blue light, you get turqoise (a greenish-blueish color) light. Hope this helped! -ID6784
The high energy narrow wavelength change direction the least. It will be the violet - blue colour light. The red light had the least energy, long wavelength would diffract the most.
the ring is an estate piece from england. what would the stone likely be?
You most likely have to bleach your hair first to a light blonde, then dye it light blue.
When light is split, blue light tends to bend the most and red light the least. This is because blue light has a shorter wavelength compared to red light, causing it to refract more when passing through a prism or other dispersive medium.
All of them need at least one blue chemical
A green object illuminated by blue lights would likely appear to have a bluish hue. The blue light would mix with the green, potentially creating a teal or cyan effect, depending on the intensity of the blue light and the specific shade of green. This color blending occurs because the blue light affects how our eyes perceive the green object. Overall, the object may look less vibrant and more muted than it would under white light.
BLUE!!!!! ----- The color (hue) will be a blue, but it depends on how your mixing what color you finally get. If mixing subtractively (like inks on paper) your colors are filtering the light that reflects off the page (we'll assume the light and the page is white). In this case "light blue" is a transparent blue and dark blue is blue and black, so the white light in the room will be both filtered by the pale blue and the dark blue. The pale blue removes some of the light which isn't blue, the dark blue removes a lot of the light - even some blue. None of this puts any light back, so the dark blue would dominate - you would get dark blue. If you were mixing light (additive mixing), dark blue is just a small amount of (dim) blue light and light blue is blue light with a bit less of all other colours in it (white). What you get then is the light blue, with just a little extra blue in it. Imagine a room in daylight and switching on a blue light-blub - would you notice the room becoming more "blue"? You'd probably still call it light-blue. If mixing opaque paints and you took a pale blue (blue+white) and very dull blue (blue+black) you would get a cool-blue-gray. You certainly wouldn't get back to a spectrum (saturated) blue.
Blue
Yes most likely but it depends what your light blue and dark pink look like.
Light blue and black do not create a new color when combined. The black color will likely overpower the light blue, resulting in a darker shade of blue with black undertones.
A blue object appears blue because it absorbs most colors and reflects blue light. However, when a red light shines on a blue object, the blue object would absorb the red light and reflect blue, so it would still appear blue.
Blue and orange are opposites on the color wheel. The mixing of opposite colors usually produces a brown or black.