Long, unrestrained hair can be a safety concern in a laboratory, especially around areas with high temperatures and equipment that can generate electrical charges. This is because it can catch fire or interact with charged substances or devices, posing risk of burns or other accidents.
In a laboratory, long, unrestrained hair is most likely to be a safety concern around areas with high temperatures and equipment that can generate electrical charges. For example, near a microwave oven or other heating devices used in experiments. Heat can cause hair to catch fire, resulting in severe burns. Also, hair can contain an imbalance of electrical charges, the phenomenon of static electricity, which might interact with certain lab equipment or substances, thereby posing an additional risk. Thus, it is essential to tie or restrain long hair when in a laboratory to ensure safety.
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b. blue, yellow, and white are primary colors.
c. they are complementary colors of light.
d. they are both primary colors of light.
Answer: The correct answer is c.
Explanation: According the RGB color model, the light of the two complementary colors will combine to form a white light. This happens because the complementary colors combine at full intensity.
Complementary colors according to RBG color model is:
From the above information, we conclude that blue light and yellow light are complementary colors of light and hence, the combination of two will produce white light.
a. True
b. False
c. Projecting animation
b. Computer Generated Imagery
d. Stop motion animation
Stop motion animation is the popular technique that is used by animator, where objects/puppets are made by the artist, and each time they are moved.
Animation can be regarded as a method whereby figures are been manipulated so as to appear as moving images.
One of the notable type of animation is Stop motion animation where the artist photographs the figure instead of drawing them.
Learn more about animation at;
Inertia is determined by the mass of the object. greater the mass an object has, greater will be its inertia. smaller the mass an object has, smaller will be its inertia. Greater mass enables an object to resist change in its state of motion or rest while on the other hand smaller mass object can be easily made to change its state of motion or rest.
Answer:
A penny
Explanation: