That is not the specified answer
They Actually mentioned the value of 'm'
<em>and in the second sentence of the question they substituted the value of 'm' that is 29 ( whích ís αlrєαdч gívєn ín thє quєstíσn )</em>
First find the total area of the building.
44ft x 74ft = 3256ft^2
Next, since you have 24 tiles per box, each covering 1ft^2 of space, find the number of boxes you need to supply the minimum number of tiles needed to fill the area.
3256ft^2 ÷ 24 = 135.6 boxes
Since you are finding the minimum number of boxes to completely fill the given area, round up.
Answer = 136 boxes
Answer:
The length of the ribbons in all were 25.3 meters.
Step-by-step explanation:
Given:
Lengths of the three pieces of ribbon were 10 meters and 9 decimeters, 3 meters and 10 decimeters, and finally 10 meters and 4 decimeters.
Now, to find the length of the ribbons in all.
So, by adding the length of all three pieces we get the length of all the ribbons:
.
Now, converting the decimeters into meters = 23 meters + 2.3 meters = 25.3 meters.
(1 decimeter = 0.10 meter)
(23 decimeter = 2.3 meter.)
Therefore, the length of the ribbons in all were 25.3 metres.
Answer:
y = 0
Step-by-step explanation:
Answer:
B.
Step-by-step explanation:
Option B is correct - angle ABE is less than 90 degrees, therefore it is acute, and angle DBC is greater than 90 degrees, therefore it is obtuse.
