Answer:
The weigh in gram is 
Step-by-step explanation:
From the question we can even write out an equation which gives us the formula
is the density in this density formula, and since and from the question we know what the mass will be and what the volume will be.
in the equation above we just need to plug in the 202 milliliter into the equation.
Then if we cross multiply we have
grams = 0.685× 202
=138.7
Therefore, the weight in grams is 138.7
| u | = √(2² + (-1²)) = √5
| v | = √ ( 1² + (-8)² = √65
cos (u,v) = ( u * v ) / (| u | * | v |) =
(2 * 1 + ( -1 ) * ( - 8 )) / √5 √ 65 = (2 + 8) / √5 √65 = 10 / (√5 √ 65 )
The length of a larger diagonal:
d 1² = | u |² + 2 |u| |v| + | v |² = 5 + (2 √5 √65 * 10 / √5 √65 )+65
d 1² = 70 + 20 = 90
d 1 = √ 90 = 3√10
d 2² = 70 - 20 = 50
d 2 = √50 = 5√2
Answer:
The lengths of the diagonals are: 3√10 and 5√2 .
Answer:
-2x^2 - 2
Step-by-step explanation:
(6x^2 + 3) - (5 + 8x^2)
-2x^2 + 3 - 5
-2x^2 - 2
Answer:
nope
Step-by-step explanation:
literally impossible
