Just multiply the base times height times width which would give you 800
T,A,Y are 40 and 2T,X,B,Z are 80
Answer: 30%
Step-by-step explanation:
Let A be the probability of a student opting for mathematics - it consists of either boy opting for mathematics or girl opting for mathematics. As there is "or" we need to sum these probabilities.



=> 30%
Answer:.75 pounds
Step-by-step explanation:
The answer for this would be the second answer choice
This is because when the slant height is tripled, the overall lateral surface area is tripled
The best way to explain this would be through an example.
Say that the lateral height is 2 and the radius is 1. The lateral surface area is 6.28
Now, if I make the lateral height 6, which is triple the original lateral height, the lateral surface area becomes 18.84, which is triple the original surface area
Therefore, the answer is choice 2
Hope this helped!! :D