Factor 2a^4-3a^2-9
= (2a^2+3)(a^2-3)
Answer:
m<AOB = 50°
Step-by-step explanation:
<ACB = 25° is an inscribed angle of the circle.
<AOB is a central angle of the circle.
Thus, based on the inscribed angle theorem which states that an inscribed angle is ½ the measure of the central angle, therefore:
m<ACB = ½(m<AOB)
Substitute
25° = ½(m<AOB)
Multiply both sides by 2
2*25 = m<AOB
m<AOB = 50°
Answer:
I'm going to help you but you have to solve it yourself ok?
Step-by-step explanation:
I have attached a photo on what i think the graph means...
I'll give you the definitions on these tricky words
Spread: The range between the biggest number and the lowest number.
Interquartile: The middle range between 2 quartliles, upper and lower.
Hi,
To find the number of small cylinders that fit inside the big cylinder. You need to divide volume of small cylinder with the volume of big cylinder. We do this by using formula to calculate volume of cylinder:

To find radius just divide diameter with 2.

Now just division:

Answer: You could fit 374.8 smaller cylinders inside a big cylinder.
Hope this helps.
r3t40
Answer:
36/48 or 6/8 or 3/4 or .75
Step-by-step explanation:
6^2/ [(2+4)*2^3]
6^2/ [ ( 6)*2^3]
36/[(6)*8]
36/48