Answer:
Incorrect
Step-by-step explanation:
The fraction of 6/12 all squared gives 36/144 36/36 and 144/36 reduces to 1/4.
Answer:
14.4c
2
m
3
Step-by-step explanation:
.6cm\times 24c{m}^{2}
.6cm×24cm
2
. 6cm 24cm^2
1 Take out the constants.
(.6\times 24)ccm{m}^{2}
(.6×24)ccmm
2
2 Simplify .6\times 24.6×24 to 14.414.4.
14.4ccm{m}^{2}
14.4ccmm
2
3 Use Product Rule: {x}^{a}{x}^{b}={x}^{a+b}x
a
x
b
=x
a+b
.
14.4{c}^{1+1}{m}^{1+2}
14.4c
1+1
m
1+2
4 Simplify 1+11+1 to 22.
14.4{c}^{2}{m}^{1+2}
14.4c
2
m
1+2
5 Simplify 1+21+2 to 33.
14.4{c}^{2}{m}^{3}
14.4c
2
m
3
Answer:
11,200
Step-by-step explanation:
At first we use "BODMAS" rule.
Given,
(3.5×10^13)-(1.4×10^12)/3×10^9
So, we will break the brackets at first. With the help of excel, we can get the desired result. The following images will show you the step-by-step result.
Use "Number" instead of "general" in the excel sheet. You can use calculator too.
Answer:
Answer:
11 feet
Step-by-step explanation:
Area formed by the watery pattern is 379.94 square feet.
Since the water is being sent out in circular pattern, the maximum distance at which the water is reaching out will be equal to the radius of the circle as the sprinkler is at the center of the circle.
Area of a circle is given as:
\begin{gathered}Area=\pi r^{2}\\\\ 379.94 = \pi r^{2}\\\\r^{2}=\frac{379.94}{\pi}\\\\ \text{Using pi equal to 3.14, we get}\\\\ r^{2}=121\\\\ r = 11\end{gathered}
Area=πr
2
379.94=πr
2
r
2
=
π
379.94
Using pi equal to 3.14, we get
r
2
=121
r=11
This means the radius of the circular pattern being formed is 11 feet. So the sprinkler can spread the water 11 feet away from it.
Step-by-step explanation:
im not sure if that is correct
comment if wrong
*hope it help:))
