It weighed 4 times the 5/8 of a pound
4 * 5/8
That is 5/2, or 2 1/2, or 2.5
Hope this helps
This would be a fourth degree trinomial because its degree (highest exponent) is 4 and there are three terms.
Answer:
the answer is twelve
Step-by-step explanation:
break the the problem into fractions 20/50 is 2/5. 2/5 of 30 is 12
Answer:
there are 4725 different ways to pick the 11 players
Step-by-step explanation:
assuming that a player can only play from its position and not from the other 2 , then each defensive position is independent from the others , and since the order each player is chosen is not relevant we have that:
total combinations = possible combinations of linemen * possible combinations of linebackers * possible combinations of defensive backs = combinations of 5 linemen from 7 * combinations of 4 linebackers from 6 * combinations of 2 defensive backs from 6 = [ 7!/(5!*(7-5)!] * [ 6!/(4!*(6-4)!] * [ 6!/(2!*(6-2)!] = 7!/(2!*5!)*[ 6!/(4!*2!)]² = 4725 combinations
thus there are 4725 different ways to pick the 11 players
Answer:
the absolute value is 6
Step-by-step explanation:
-|6| += -6
|6|=6
|-6|=6