Explain how you would find the base area of a rectangle prism if you know the volume and the height
Answers
If the volume and the height are known, then we can find the base area of a rectangle prism by these steps:
Find the area of two sides (Length*Height)*2 sides
Find the area of adjacent sides (Width*Height)*2 sides
Find the area of ends (Length*Width)*2 ends
Add the three areas together to find the surface area
We know that,
Surface Area of Rectangular Prisms :
A rectangular prism has 2 ends and 4 sides. Opposite sides have the same area. The surface area is the sum of the areas of all six sides.
Here, we have,
to find the surface area of Rectangular Prisms:
Find the area of two sides (Length*Height)*2 sides
Find the area of adjacent sides (Width*Height)*2 sides
Find the area of ends (Length*Width)*2 ends
Add the three areas together to find the surface area
Example:
The surface area of a rectangular prism 5 cm long, 3 cm. wide and 2 cm. high = 5*2*2 + 3*2*2 + 5*3*2 = 20 + 12 + 30 = 62 cm^2.
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A rectangular prism has 2 ends and 4 sides. Opposite sides have the same area. The surface area is the sum of the areas of all six sides.
How to find the surface area of Rectangular Prisms:
Find the area of two sides (Length*Height)*2 sides
Find the area of adjacent sides (Width*Height)*2 sides
Find the area of ends (Length*Width)*2 ends
Add the three areas together to find the surface area
Example: The surface area of a rectangular prism 5 cm long, 3 cm. wide and 2 cm. high = 5*2*2 + 3*2*2 + 5*3*2 = 20 + 12 + 30 = 62 cm2.
Related Questions
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Max is thinking of a double fact. It has a sum greater than 10 but less than 13. What number fact could it be?
Liam is setting up folding chairs for a meeting. If he arranges the chairs in 9 row of the same length, he has 3 chairs left over. If he arranges the chairs in 7 rows of that same length, he has 19 left. How many chairs does Liam have?
What is the additive inverse of the polynomial? -7y^2+x^2y-3xy-7x^2
Answers
Answer:
7:30 , 7:55 ,8:20 ,8:45 ,9:00, 9:25
Step-by-step explanation:
We subtract 7:55 from 8:20
1) 8:20
- 7:55
2) 7:2 60
-7:55
3) 0:25
we put 60(because it's time and we put in in 1 hour 60 minutes)and we take 1 hour from the 8 to put the 60 minutes ,so we continue adding 25 minutes to the time.
The question relates to Mathematics, specifically the patterns in sequences. The sequence 7:30, 7:55, 8:20 increases by 25 minutes each turn. Hence, the next term in the sequence is 8:45.
The question you asked belongs to the field of Mathematics, more specifically, it pertains to sequences and patterns. The series 7:30, 7:55, 8:20 appears to progress with a common difference of 25 minutes. To derive subsequent terms, continue adding 25 minutes to the preceding term.
Let me illustrate this with an example: The first term is 7:30, and if we add 25 minutes, we get 7:55, which is the second term. Adding 25 minutes to 7:55 gives us 8:20, which is the third term. Hence, If we add 25 minutes to 8:20, the next term would be 8:45.
So to answer your question directly, the next term in the given series would be 8:45.
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Answers
So, different possible values of l and b with different area
(1,6) (2,5) (5,2) (6,1)
Answers
= 9+
=9
=59/6
f(12) = (3/4)12 + 5/6
f(12) = (0.75 x 12) + 0.83
f(12) = 9 + 0.83
f(12) = 9.83
B. 0
C. 1
D. Infinitely many
Answers
B
If two lines have the same slope and different intercepts, then they will never cross each other; they are parallel lines. Therefore, they have no solutions since a solution is where the lines cross.
Answer:B
Step-by-step explanation:
Answers
1 times 20=20
3 times 20=60
20 miles in 60 minutes or
20 miles per hour
20 mph with wind
4 mins agains the wind
multiply 15
15 miles per hour agains the wind
so d=st
distances are the same
d=st
20mph with the wind
20=wind+real speed
15mph agains the wind
15=real speed-wind
20=w+rs
15=-w+rs
add together
35=2(rs)
divide 2
real speed=17.5
Answers
A palindrome is something that reads the same forwards and backwards.
If the number is a palindrome and it's between 300 and 400, then the
last digit must also be a ' 3 '.
So all we have left to fill in is the digit in the middle.
There are 10 possibilities for that one ... the digits ' 0 ' through ' 9 '.
So there are 10 palindromic numbers between 300 and 400.
303
313
323
343
353
363
373
383
393
so there are 10