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).
There is no answer but the expression simplifies to 40.19 g
It is: (g-5)(g-9)
There seems to be something missing in the question. But, as it stands, the expression is 10*g/h
No, ( g ) does not equal ( g^g ) for most values of ( g ). The expression ( g^g ) represents ( g ) raised to the power of itself, which is typically greater than ( g ) when ( g > 1 ). For ( g = 1 ), both sides equal 1, and for ( g = 0 ), the expression ( g^g ) is defined as 1, while ( g ) is 0. Thus, the only case where ( g = g^g ) holds true is for ( g = 1 ).
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.
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.
It could be: 2(x-8.5) = 2x-17
No. There is a 20, rarely 28 and 32 g
24 - 4 = 20
24