A can of vegetables has radius 1.8 in and height 5.9 in. Find the volume of the can. use 3.14 for pi
2 answers:
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Please check attached file to see if you mean the same triangle.
Basically, to find the area of a triangle, you are going to use the formula :
A = b × h where b is base, h is height.
2
others also use the formula: <span> Area=1/2(bxh)</span>
Based on the figure, we have 6.9 cm (base) and 4 cm (height) as given.
Let us work out on the area of the said triangle.
A= <u>6.9cm × 4cm</u>
2
= <u>27.6cm</u>²<u>
</u> 2
A= 13.8 cm²
Hope this helps!
Basically, to find the area of a triangle, you are going to use the formula :
A = b × h where b is base, h is height.
2
others also use the formula: <span> Area=1/2(bxh)</span>
Based on the figure, we have 6.9 cm (base) and 4 cm (height) as given.
Let us work out on the area of the said triangle.
A= <u>6.9cm × 4cm</u>
2
= <u>27.6cm</u>²<u>
</u> 2
A= 13.8 cm²
Hope this helps!
Answer: 28.43 years
<u>Step-by-step explanation:</u>
- A is the amount accrued
- P is the principal (initial) amount invested
- r is the interest rate (in decimal form)
- t is the time (in years)
Answer:
1. The equation of parabola is .
2. The equation of parabola is .
Step-by-step explanation:
1.
Let the equation of parabola be
It is given that the parabola passing through points (0,5), (2,-3) and (-1,12).
The value of c is 5.
The equation must be satisfied by the points (2,-3) and (-1,12).
Divide both sides by 2.
.... (1)
.... (2)
From (1) and (2), we get
Therefore equation of parabola is .
2.
Let the equation of parabola be
It is given that the parabola passing through points (2,0), (3,-2) and (1,-2).
.... (3)
The equation must be satisfied by the points (3,-2) and (1,-2).
.... (4)
.... (5)
On solving (1), (2) and (3), we get
Therefore equation of parabola is .
