The radius of the circular cross-section of the can of soup is; 3.4cm.
<h3>What is the radius of the can of soup?</h3>
Since, the can has a height of 10cm and the volume of the can is 363cm³, it follows that the area of the circular cross-section can be evaluated as;
A = 363/10 = 36.3cm²
Hence, it follows that the radius can be evaluated as follows;
36.3 = 3.14 × r²
r² = 36.3/3.14
r² = 11.56
r = 3.4cm
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You follow the same steps as you would normally, but you can count how many units down it is, instead of how far up.
It will cost $6.34 in 10 years and it would have cost $3.01 5 years ago
1) A parallelogram has six sides.
False, because a parallelogram has four sides.
2) Opposite sides of a parallelogram are parallel.
True, this is part of the definition of a parallelogram.
3) A parallelogram can have one pair or two pairs of parallel sides.
False, the parallelogram must have two pairs of parallel sides.
4) All sides of a parallelogram have the same length
False, the sides have the same length in pairs.
5) All angles of a parallelogram have the same measure.
False, the angles have the same measure in pairs.
Answer:
Width is 2 and Length is 6
Step-by-step explanation:
the width is 2 and the length is 3 times the length is 3(2) = 6.
