Answer:
For , r = 2 units and h = 1 unit
For , r = 1 unit and h = 4 units
Step-by-step explanation:
Given: cylinders
To find: two different combinations of radius and height that produce two cylinders with nearly the same volume
Solution:
Let represents two cylinders.
For cylinder :
Radius (r) = 2 units
Height (h) = 1 unit
Volume of cylinder = cubic units
For cylinder :
Radius (r) = 1 unit
Height (h) = 4 units
Volume of cylinder = cubic units
Therefore,
cylinders have same volume.
I would say "B"
The important part of a budget is knowing where the money is going...sometimes in a budget, people save for financial goals last, because they may think it's less important.
Answer:
see explanation
Step-by-step explanation:
Under a reflection in the x- axis
a point (x, y) → (x, - y), hence
A(- 6, 2) → A'(- 6, - 2)
B(- 9, 1) → B'(- 9, - 1)
C(1, - 6) → C'(1, 6)
Answer: b. number of trees
Step-by-step explanation:
The concept of geometric probability is basically use when we have continuous data .
Since it is impossible to count continuous data , but geometrically ( in form of length, area etc) we can count the outcomes in general to calculate the required probability.
Therefore, from the given options , Option b. "number of trees" would not be used for geometric probability because among all it is the only discrete case which is countable.
Rest of items ( a. area of a rug , c. length of time , d. length of a field) would be used for geometric probability,
Answer:
u didnt even send an attachment
Step-by-step explanation: