A box is 26 inches wide, 5 inches tall, volume of 1170 in.³. What is the length of the box?
Answers
V=1170
L=?
W=26
H=5
1170=? times 26 times 5
1170=? times 130
divide both sides by 130
9=?
legnth=9inches
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Carl uses the order of operations to find the unknown number 2+6×3=bwhat is b
Jared cycles 3/4 mile in 5 minutes. antonio cycles 2 miles in 13 minutes. whos speed is greater?
A circular skating rink has a radius of 40 feet. Which expression can be used to find the circumference of the skating rink, in feet?
Answers
12/5= 2.4
Therefore, 12/5 as a whole number is 2.4, or 2 2/5
Hope this helps :)
Answers
Answer:
Please look at the attachment for the graph of solution.
Step-by-step explanation:
We have been give two inequalities:
And
Solution to the inequality graphically is where the two graphs of the inequalities intersects.
Please look at the attachment shaded area is the region for solution to the inequality.
Answer:
The answer is c
Step-by-step explanation:
did it on ed2020
Answers
36 square pieces of cake can be cut from the rectangular cake.
What is rectangle?
"A Rectangle is a four sided-polygon, having all the internal angles equal to 90 degrees. The two sides at each corner or vertex, meet at right angles."
What is square?
"A square is a shape that has four straight sides of the same length and four angles of 90 degrees"
It is given that the cake is a rectangle and squares are cut from it.
To find the area of the cake:
Area = 22.5 × 10
= 225
The area of each square piece cut from the cake:
Area = 2.5²
=6.25
To find the number of pieces cut, divide the area of the cake by the area of each piece.
To know more about square and rectangle here
#SPJ2
so divide the area of the cake by the area of each piece to find how many pieces can be cut.
225/6.25=36 36 pieces of cake can be cut from the cake
Answers
Answer:
Ratio of PQC to ABC is 2:9.
Step-by-step explanation:
In ΔBRQ and ΔBPC
∠BQR = ∠BCP (given) and ∠B is common for both triangles, so from AAA similarity ΔBRQ and ΔBPC are similar.
⇒ BQ : QC = BR : RP = 2 : 1 →(1)
now draw perpendiculars from points A and P to BC line segment. Call the projected points as A' and P'.
It is clear that lines AA' and PP' are parallel. So in ΔBPP' and ΔBAA' we have AAA similarity with common angle at B.
⇒PP' : AA' = BP : BA = 2 : 3 →(2) (∵ AP : PB = 1 : 2)
area of ΔPQC = 0.5×PP'×QC
area of ΔABC = 0.5×AA'×BC
area of ΔPQC : area of ΔABC = (0.5×PP'×QC)/(0.5×AA'×BC)
=(PP'/AA')×(QC/BC)
=(2/3)×(1/3) (∵ from (1) and (2))
=2/9.
∴ Ratio of PQC to ABC is 2:9
Answers
graph is discrete
Answers
the probability means (desired outcomes)/(total possible outcomes)
one way is to list all outcomes and find the desirable ones (I will list and find product and bold all numbers less than 13)
product of 2 numbers means multiply fyi
1,1=1
1,2=2
1,3=3
1,4=4
1,5=5
1,6=6
2,1=2
2,2=4
2,3=6
2,4=8
2,5=10
2,6=12
3,1=3
3,2=6
3,3=9
3,4=12
3,5=15
3,6=18
4,1=4
4,2=8
4,3=12
4,4=16
4,5=20
4,6=24
5,1=5
5,2=10
5,3=15
5,4=20
5,5=25
5,6=30
6,1=6
6,2=12
6,3=18
6,4=24
6,5=30
6,6=36
36 possible outcomes
23 less than 13, desired outcomes=23
probability=23/36
answer is it is 23/36 probability that the number is less than 13 aka about 64%
_________________
1| 1 2 3 4 5 6
2| 2 4 6 8 10 12
3| 3 6 9 12 15 18
4| 4 8 12 16 20 24
5| 5 10 15 20 25 30
6| 6 12 18 24 30 36
there are 23 options that are less than 13 and 36 options in total so 23/36
hope this helps :)