Translate Each Mathematical Statement Use As The Constant Of Variation, 1. Q Varies Directly As R, 2

Translate each mathematical statement Use as the constant of variation

1. Q varies directly as R
2. X is directly proportional to the square of y
3. B varies jointly with m,n and p
4. R varies directly as t and inverse as w
5. T varies directly as the square of v and inversely as z
6. the force F is inversely proportional to the square of d
7. T is inversely proportional to p
8. Y varies jointly with the square of x and inversely with z
9. G is directly proportional to h
10. the area A of a parallelogram varies jointly as the base b and the altitude h

 

VARIATIONS

Direction: Translate each mathematical statement Use k as the constant of variation.

1. Q varies directly as R

  • nderline{ \boxed{ \purple{ \sf \:Q = kR } }}

2. X is directly proportional to the square of y

  • nderline{ \boxed{ \purple{ \sf \: X = ky²} }}

3. B varies jointly with m,n and p

  • nderline{ \boxed{ \purple{ \sf \: B = kmnp} }}

4. R varies directly as t and inverse as w

  • nderline{ \boxed{ \purple{ \sf \: R = \frac{kt}{w} } }}

5. T varies directly as the square of v and inversely as z

  • nderline{ \boxed{ \purple{ \sf \: T = \frac{k {v}^{2} }{z} } }}

6. The force F is inversely proportional to the square of d

  • nderline{ \boxed{ \purple{ \sf \: F = \frac{k }{ {d}^{2} } } }}

7. T is inversely proportional to p

  • nderline{ \boxed{ \purple{ \sf \: T = \frac{k }{p } } }}

8. Y varies jointly with the square of x and inversely with z

  • nderline{ \boxed{ \purple{ \sf \: Y = \frac{k {x}^{2} }{z } } }}

9. G is directly proportional to h

  • nderline{ \boxed{ \purple{ \sf \: G = kh }}}

10. The area A of a parallelogram varies jointly as the base b and the altitude h

  • nderline{ \boxed{ \purple{ \sf \:A = kbh } }}

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