If A ∆ B = A × (A + 2B) = A² + 2AB, then
• 1 ∆ B = 1 + 2B
• 4 ∆ (1 ∆ B) = 4 ∆ (1 + 2B) = 24 + 16B
• 2 ∆ (4 ∆ (1 ∆ B)) = 2 ∆ (24 + 16B) = 100 + 64B
The relationship between the net force of both sky divers is that; the net force for both skydivers is the same.
<h3>What is the net force experienced? </h3>
We are told that two skydivers of different masses are jumping out of an airplane. Now, at some point, both skydivers will slow down to the point at where they reach constant velocity.
Due to the fact that the velocity for both sky divers is constant, it means that no acceleration will occur and as such, the net force on each sky diver is zero.
Thus, we conclude that the net force for both skydivers is the same.
Read more about net force at; brainly.com/question/13370981
I’d go with B not 100% sure though
Hope this helps :)
The compound could be Silver Chloride (AgCl).
<h3>What is Silver Chloride?</h3>
Silver chloride is commonly known to be a chemical compound denoted with a chemical formula (AgCl). It is a white crystalline solid and it has low solubility in water.
Due to its sparing solubility in water, AgCl can be separated from other compound mixtures by using a separating technique known as FIltration.
Learn more about Silver Chloride here:
brainly.com/question/5160870
