D =temperature of the water
The number of moles in the resulting solution can be calculated by adding together the number of moles from the individual solution. That is calculated as follows,
total number of moles = (35 mL)(1 L/1000 mL)(1 mole/L) + (60 mL)(1 L/1000 mL)(0.6 moles / L) = 0.071 moles
The precipitation reaction is,
KBr + AgNO3 --> AgBr + KNO3
From the equation, each mole of the KBr will need one mole of AgNO3. Hence, 0.071 mole of AgNO3 will also be needed. Calculating for the mass,
mass of AgNO3 = (0.071 moles)(169.87 g / mol) = 12.06 g
ANSWER: 12.06 grams
Answer:
C. Gas
Explanation:
I think this is the right answer because it fits the description
Answer:
119 kCal per serving.
Explanation:
The heat energy necessary to elevates water's temperature from 23.4°C to 37.9°C can be calculated by the equation below:
Q = mcΔT
Q: heat energy
m: mass in g
c: specific heat capacity in cal/g°C
ΔT = temperature variation in °C
m is the mass of water, considering the density of water to be 1g/mL, 100 mL of water weights 100g. Therefore:
Q = 100 g x 1.00 cal/g°C x (37.9 - 23.4)°C
Q = 1450 cal
1450 cal ____ 0.341 g peanuts
x ____ 28 g peanuts
x = 119061.58 cal
This means that the cal from fat per serving of peanuts is at least 119 kCal.
Answer:
80 tricycle
Explanation:
Because u need 3 wheels to for each tricycle so Ll u have to do is just divide 3 with 240 u will get 80
