Answer:
Container will have less label area than container by about .
Step-by-step explanation:
A rectangular sheet of paper can be rolled into a cylinder. Conversely, the lateral surface of a cylinder can be unrolled into a rectangle- without changing the area of that surface.
Indeed, the width of that rectangle will be the same as the height of the cylinder. On the other hand, the length of that rectangle should be exactly equal to the circumference of the circles on the top and the bottom of the cylinder. In other words, if a cylinder has a height of and a radius of at the top and the bottom, then its lateral surface can be unrolled into a rectangle of width and length .
Apply this reasoning to both cylinder and :
For cylinder , while . Therefore, when the lateral side of this cylinder is unrolled:
- The width of the rectangle will be , while
- The length of the rectangle will be .
That corresponds to a lateral surface area of .
For cylinder , while . Similarly, when the lateral side of this cylinder is unrolled:
- The width of the rectangle will be , while
- The length of the rectangle will be .
That corresponds to a lateral surface area of .
Therefore, the lateral surface area of cylinder is smaller than that of cylinder by .
Here go to this website is has your answer
https://www.wyzant.com/resources/answers/173997/the_length_of_the_rectangle_is_7ft_more_than_twice_the_width_and_the_area_of_the_rectangle_is_99ft_squared_find_length_and_width
I believe the answer to your question is 10/37.
The total of candies inside the bag was initially 38. Since a blue candy has already been picked and cannot be picked and cannot be replaced then the total number of candy remaining in the bag is 37. So the probability of choosing a red candy is now 10/37
Answer:
a,c, e
Step-by-step explanation:
Answer:
22cm
the ans is in the picture with the steps
(hope it helps can i plz have brainlist :D hehe)
Step-by-step explanation: