34 small boxes for each large box.... I just added 24 and 10
Because of the measurements, no but if you notice closely teh shape looks translated or a reflection
Answer:
172
Step-by-step explanation:
864 / 5 = 172.8
And so there cant' be a half of a bead, so thre is 172.
Answer:
207.24 in.
(This is not a rounded answer)
Step-by-step explanation:
So, this will be very fun, simple, and easy!
First thing we do is use this formula, A(s) = 2πrh + 2πr²
We don't know the surface area yet, and that's what we are looking for, so first off we go ahead and plug in the radius, which is 6 divided by 2, and that's 3! The height is 8 inches!
Let's plug in 3.14 for pie too.
A(s) = 2(3.14)3(8) + 2(3.14)3²
Let's start solving.
A(s) = 150.72 + 2(3.14)3²
3 squared is 9!
A(s) = 150.72 + 56.52
A(s) = 207.24 inches
So, the answer is...207.24 in.! THat is the correct answer, but if I'm wrong, please comment so I can change my answer! Thanks for the points, have a great day or else!
You need to know the rule or theorem for the lengths of the sides of a triangle,which is: the lengths of any two sides of a triangle must add up to more than the length of the third side.
So, let's examine each option:
<span>A.4 inches => side A: 7, side B: 11, side C: 4 ---> NOT POSSIBLE
Justification:
7 + 4 = 11
11 = 11 => the sum of sides A and C is not greter than the side B, so it does not satisfy the rule.
B. 7 inches => side A: 7, side B: 11, side C: 7. ---> COULD BE
Justification:
7 + 7 = 14; 14 > 11
7 + 11 = 18; 18 > 7
C. 13.5 inches => side A: 7, side B: 11, side C: 13.5: ---> COULD BE
Justification:
7 + 11 = 18; 18 > 13.5
7 + 13.5 = 20.5; 20.5 > 11
11+13.5 = 24.5; 24.5 > 7
D. 18 inches => side A: 7, side B: 11, side C: 18 ---> NOT POSSIBLE
Justification:
7 + 11 = 18; 18 = 18 => it does not satisfy the rule.
E. 20 inches
=> side A: 7, side B: 11, side C: 20 ---> NOT POSSIBLE
Justification:
7 + 11 = 18; 18 < 20 => it does not satisfy the rule</span>
