Answer:
The last dose will be administered at 6 P.M.
Step-by-step explanation:
This problem can be solved by direct rule of three.
The problem states that each tablet has 75mg of medication, and that every 3 hours, 2 tablets are administered.
So
1 tablet - 75mg of medication
2 tabets - xmg of medication
x = 150mg
It means that in each dose, 150mg of medication are administed.
At 6am, as the first dose is administered, the patient will have taken 150mg of medication. In how many doses will the patient have been administed 750mg?
1 dose - 150mg
x doses - 750mg
150x = 750
x = 5 doses.
The doses are administed in intervals of 3 hours. After the first dose, there will be 4 doses remaining. So it will take 4*3 = 12 hours to administer 4 doses.
So, if the first dose is administed at 6am, the last is going to be administed at 6h+12h = 18h = 6P.M.
Answer:
a.) equivilent to; 4 x 7x - 4 x 6 and 28x-24
b.) equivilent to; 8y + 13y and 21y
Step-by-step explanation:
A.)
4(7x-6) First you have to multiply everything in the parenthesis by 4 because of distribution
7x x 4 - 6 x 4 That is why it is equivilent to the 4 x 7x - 4 x 6 awnser
28x - 24 That is the end result by simplifiying and show why it is equivient to 28x-24
B.)
8y+6y+7y Simplify the like terms
8y+13y 6+7 is 13 so that is why it is eauals to 8y+13y
21y if you continue adding you see why it equals 21y
Y = x² to: y = - 2 ( x - 2 )² + 2
Answer:
D ) reflect across the x-axis, translate 2 units to the right, translate up 2 units, stretch by the factor of 2
Y= -6
and
x= 8
i hope that helps :)
Answer: P = 18
Step-by-step explanation:
P - 5 = 13
Add five to both sides
P = 18