Answer:
145
Step-by-step explanation:
The volume of the rectangular prism bin is area of base * height.
Base/top is a square, so area would be 150 * 150 = 22,500
Thus, volume of bin = 22,500 * 210 = 4,725,000
Using volume of sphere formula and given radius of each ball is 16cm, we can say that
Volume of 1 Ball =
Since, 190% is including the packing, we can take volume of 1 ball (inclusive of packaging) to be 1.9 * 17,157.28 = 32,598.83
How many of this will fit in the bin, we divide bin volume by this:
Number of Balls =
Rounding, we can say that we can fit 145 balls, 2nd answer choice is right.
Using linear pairs,
By the exterior angle theorem,
Answer:
The given fraction is in its Lowest Form.
Step-by-step explanation:
Here, the given fraction is 7/13.
The given fraction is said to be in LOWEST FORM if p and q has no COMMON FACTORS other than 1.
Here, 7 and 13 has no COMMON FACTOR other than 1.
So, the fraction can not be reduced any further by canceling out the common factor.
Hence, the given fraction is in its Lowest Form.
Answer:
A.) 0.9cm, 1.2cm, 1.5cm
Step-by-step explanation:
The side ratios of the offered answers are ...
A — 3:4:5 . . . . . . obviously a right triangle
B — 3:5:5 . . . . . . isosceles, but not a right triangle
C — 3:4:6 . . . . . . an obtuse triangle
D — 3:2:5 . . . . . . not even a triangle (just a line segment)
_____
<em>Comment on 3:4:5</em>
This set of small integers appears often in problems involving right triangles. It is the smallest "Pythagorean triple" — a set of integers that satisfies the relationship of the Pythagorean theorem — and it is the only Pythagorean triple that is an arithmetic sequence (differences between the numbers are the same).
When you see a triangle with sides in these ratios, you know it is a right triangle. When you see a right triangle with two of the sides having a ratio of 3:4, 3:5, or 4:5 (where "5" is the hypotenuse), then you know the length of the remaining side.
Answer:11/4 ÷31/2= 11/4 * 2/31 [2 and 4 get cancelled] 11/2 * 1/31 = 11/62
mark me as the brainliest