Answer and Explanation:
A couple of hours after the death of an individual or creature, the joints of the body solidify and become secured. This solidifying is called rigor mortis.
Contingent upon body temperature and different conditions, rigor mortis endures roughly 72 hours.
The partial contraction of the skeletal muscles leads to the occurrence of this phenomena.
I would say option A - The reaction that causes a firework to explode requires less energy to start, and occurs more rapidly than the reaction that causes a candle to burn.
Explanation:
Firework exploding is a regular chemical reaction chain which ones started does not stop till the chain is complete. The action is rapid and cannot be stopped in the middle as compared to candle burning.
The correct answer is tissue samples and cells.
The compound light microscope's main feature is the light source, so it is considered a bright field microscope. Invented back in 1595 by Zacharias Jansen, this type of microscope is still the most widely used type of microscope because of its price, but also because of its convenience with viewing bacteria colonies, browsing their movement, analyzing tissue samples, counting and analyzing the content acquired from smears, analyzing cells in a blood sample etc. Its magnifying power is from 4x to 4000x. Other structures which require larger magnifying power, are analyzed with an electron microscope.
Myosin and actin are both proteins....so 3
<span>the answer is kinetic energy I hope this helps</span>
