Answer:
1
Step-by-step explanation:
15 = 1*3*5
64 = 1*8*8 = 1*2*2*2*2*2*2
15 and 64 have only "1" that presents in both 15 and 64.
So, GCF of 15 and 64 is 1.
Using base ten blocks to divide 2.16 by 3 involves representing 2.16 with the blocks, then dividing them into three equal groups. The result is 0.72.
To use base ten blocks to find 2.16 divided by 3, we first represent the number 2.16 using base ten blocks. This can include two 1-blocks, one 1/10-block (which represents 0.1), and six 1/100-blocks (which represent 0.1 each). Then we divide these blocks evenly among three groups, as we're dividing by 3.
Each group would end up with 0.72, as we would distribute the 1-blocks, the 1/10-block, and the 1/100-blocks evenly among the 3 groups. Therefore, 2.16 divided by 3 is 0.72 when using base ten blocks.
#SPJ3
Lisa Lilly takes 20 seconds more due to low hurdles.
Arithmetic operators are four basic mathematical operations in which summation, subtraction, division, and multiplication involve.,
As per the given,
Time is taken to Lisa to cover 200 m in normal = one and a 10 seconds.
Since 1 minute = 60 seconds.
One and 10 seconds = 60 + 10 = 70 seconds.
Time is taken in low hurdles = one and a half minutes.
⇒ 60 + 60/2 = 90 seonds.
Thus, 90 seconds - 70 seconds = 20 seconds.
Hence "Lisa Lilly takes 20 seconds more due to low hurdles".
To learn more about the arithmetic operators,
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Answer:
It took her 20 more seconds to run 200m over low hurdles than it took her to do the 200m dash
Answer:
The answer is 6.56
Step-by-step explanation:
11.20 is the total. You multiply that by .15 and get $1.68 for the tip. You multiply $11.20 by .05 for the tax and get $.56. You add them together and get $13.44. You subtract that from $20.00 and get $6.56
-perpendicular bisectors of the sides
-bisectors of the angles
-medians
-lines containing the altitudes
Answer:
perpendicular bisectors of the sides: circumcenter
bisectors of the angles: angle bisector
medians: centroid
lines containing the altitudes: orthocenter
Step-by-step explanation:
perpendicular bisectors of the sides: circumcenter
bisectors of the angles: angle bisector
medians: centroid
lines containing the altitudes: orthocenter