Answer:
4 ft
Step-by-step explanation:
The volume of a cube of side length s is V = s^3. Solving for s^3, we get:
s^3 = V, and so s = ∛V
In this case, with V = 64 ft³, the desired side length is
s = ∛(64 ft³) = 4 ft
Step-by-step explanation:
B) the sum of 3 times a number and 4
Hope it's helpful to you
Remember: Please Excuse My Dear Aunt Sally (PEMDAS)
In solving algebraic expressions, there is an order in which to solve it.
<span>1) perform the operation inside the </span>parenthesis<span> first </span>
<span>2) then perform the operation with the </span>exponents
<span>3) apply </span>multiplication<span> and </span>division<span> from left to right of the equation.</span>
<span>4) apply </span>addition<span> and </span>subtraction<span> from left to right of the equation.</span>
area of quadrilateral (rhombus)=<u>4square units</u>
<u>:</u>
Solution given:
diagonal 1:AC=2 unit
diagonal 2:BD=4 unit
it looks like a rhombus
so
area of quadrilateral (rhombus)
=½*(diagonal 1*diagonal2)=½(2*4)=4 square units
X = 0 and x =5. you can know this because the zeros of a function are wherever the line crosses the x axis
