Answer:²
V = (1/3)s³
Step-by-step explanation:
The area of a square base with side length s is A = s². The volume of this pyramid is thus V = (1/3)s²h, where h represents the height. We are told that the height is equal to s. Thus, V = (1/3)s³. This matches Answer C.
Note: when possible answer choices are given to you, please share them. Also, please enclose fractions inside parentheses to eliminate ambiguity.
So I assume you are trying to find the equation of the line.
So you are gonna use this equation:
y=mx+b
So the x and y are your x and y coordinate pair and the m is the slope. So now you just substitute and solve for b:
4=8(7)+b
4=56+b
subtract 56 on both sides
-52=b
so now lets plug this into the equation of the line:
y=8x+(-52)
hope this helps!
Answer:
-0.55, and as a fraction, idk
Step-by-step explanation
but i need to know how much money ya had first
Answer:
<u>x= -9/2</u>
Step-by-step explanation:
(10x+10)=(6x-8)
10x-6x+10=-8
10x-6x=-8-10
4x=-18
<u>x= -9/2 </u>
The formula which shows how to calculate the number of tires, t, needed if they produce c cars per day is t = 5c. option D
<h3>Equation</h3>
- Number of tires needed by each car = 4
- Number of spare tires needed by each car = 1
Total tires needed by each car = 4 + 1
= 5
- Number of cars produced per day = c
Total number of tires, t needed for c cars.
Number of tires needed, t = Total tires needed by each car × Number of cars produced per day
t = 5 × c
t = 5c
For instance,
if 5 cars are produced per day
Number of tires needed, t = Total tires needed by each car × Number of cars produced per day
t = 5c
= 5 × 5
t = 25 tires
Therefore, the formula which shows how to calculate the number of tires, t, needed if they produce c cars per day is t = 5c. option D
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