The expression "20 24 G" can be interpreted as "20 times 24 grams." To simplify it, you multiply the two numbers together: 20 × 24 = 480. Therefore, the equivalent expression is 480 grams.
To simplify the expression (19g - 4h + 4 - 20(g - 1)), first distribute the -20: (19g - 4h + 4 - 20g + 20). Combine like terms: ((19g - 20g) + (-4h) + (4 + 20)) simplifies to (-g - 4h + 24). Therefore, the final answer is (-g - 4h + 24).
The expression ((f g)(4)) represents the product of the functions (f) and (g) evaluated at (4). This can be rewritten as (f(4) \cdot g(4)), meaning you first find the values of (f) and (g) at (4) and then multiply those two results together. Therefore, the equivalent expression is (f(4) \cdot g(4)).
The expression ( g^2 + 7g ) can be factored by taking out the common factor ( g ). This gives us ( g(g + 7) ). Thus, the simplified form of the expression is ( g(g + 7) ).
There is no answer but the expression simplifies to 40.19 g
It is: (g-5)(g-9)
To simplify the expression (19g - 4h + 4 - 20(g - 1)), first distribute the -20: (19g - 4h + 4 - 20g + 20). Combine like terms: ((19g - 20g) + (-4h) + (4 + 20)) simplifies to (-g - 4h + 24). Therefore, the final answer is (-g - 4h + 24).
You can write a lot of equivalent expressions; the simplest is:4g meaning you multiply 4 times g.
The expression ((f g)(4)) represents the product of the functions (f) and (g) evaluated at (4). This can be rewritten as (f(4) \cdot g(4)), meaning you first find the values of (f) and (g) at (4) and then multiply those two results together. Therefore, the equivalent expression is (f(4) \cdot g(4)).
20 g nitrogen is the equivalent of 4,3.10e23 molecules.The molecule of nitrogen is diatomic.
The equivalent is 29,92.10e-24 g.
The equivalent is 96,3.10e-24 g.
The equivalent is 36,53.10e-24 g.
They are equivalent.
20 ounces is equivalent to approximately 567 grams.
No. There is a 20, rarely 28 and 32 g
24 - 4 = 20
It could be: 2(x-8.5) = 2x-17