Question

Find the number of pounds of nails required for 17850 square feet of drywall if each thousand square feet requires 4.5 pounds of nails.

128

likes
641 views

Answer to a math question Find the number of pounds of nails required for 17850 square feet of drywall if each thousand square feet requires 4.5 pounds of nails.

Expert avatar
Bud
4.6
96 Answers
To find the number of pounds of nails required for 17850 square feet of drywall, we can use the given information that each thousand square feet requires 4.5 pounds of nails. First, we need to determine how many thousand square feet are in 17850 square feet. We can do this by dividing the total square footage by 1000: 17850 square feet / 1000 = 17.85 thousand square feet Next, we can calculate the number of pounds of nails required by multiplying the number of thousand square feet by the pounds of nails per thousand square feet: 17.85 thousand square feet * 4.5 pounds = 80.325 pounds Therefore, 80.325 pounds of nails are required for 17850 square feet of drywall.

Frequently asked questions (FAQs)
What is the area of a triangle if the base measures 10 units and the height measures 15 units?
+
Question: Convert the number 5.2 x 10^7 to standard notation. (
+
What is the condition for two triangles to be considered congruent in terms of their corresponding angle measures?
+
New questions in Mathematics
How much volume of water in MegaLiters (ML) is required to irrigate 30 Hectare crop area with depth of 20mm?
Calculate the 6th term of PA whose 1st term is 6.5 and the ratio 5
what is 9% of 307
Determine the absolute extrema of the function 𝑓(𝑥)=𝑥3−18𝑥2 96𝑥 , on the interval [1,10]
A soft drink machine outputs a mean of 23 ounces per cup. The machines output is normally distributed with a standard deviation of 3 ounces. What is the probability of filling a cup between 26 and 28 ounces round your answer to four decimal places
Divide 22 by 5 solve it by array and an area model
7/6-(-1/9)
A regional candy factory sells a guava roll at a price of $48, the monthly fixed costs amount to $125,000 and the variable cost for making a guava roll is $28. Determine: a) The equation of the total income from the production of guava rolls.
The average number of babies born at a hospital is 6 per hour. What is the probability that three babies are born during a particular 1 hour period?
If X1 and X2 are independent standard normal variables, find P(X1^2 + X2^2 > 2.41)
Convert 5/9 to a decimal
On+January+10+2023+the+CONSTRUCTORA+DEL+ORIENTE+SAC+company+acquires+land+to+develop+a+real estate+project%2C+which+prev%C3% A9+enable+50+lots+for+commercial+use+valued+in+S%2F+50%2C000.00+each+one%2C+the+company+has+as+a+business+model+generate+ cash+flow+through%C3%A9s+of+the+rental%2C+so+47%2C+of+the+50+enabled+lots+are+planned to lease+47%2C+and+ the+rest+will be%C3%A1n+used+by+the+company+for+management%C3%B3n+and+land+control
A,B,C and D are the corners of a rectangular building. Find the lengths the diagonals if AB measures 38' - 9" and AD measures 56' - 3"
A 20,000 kg school bus is moving at 30 km per hour on a straight road. At that moment, it applies the brakes until it comes to a complete stop after 15 seconds. Calculate the acceleration and the force acting on the body.
What is the total amount due and the amount of interest on a 3-year loan of $1,000 at a simple interest rate of 12% per year?
The area bounded by the curve y=ln(x) and the lines x=1 and x=4 above the x−axis is
The inner radius of a spherical ball is 13 cm. How many liters of air are in it? Justify your answer!
A nondegenerate ideal gas of diatomic molecules with a kilomolar mass of 2 kg/kmol and a characteristic rotational temperature of 86 K is adsorbed on the walls of a container, where the binding energy is 0.02 eV. The adsorbed molecules move freely on the walls, and their rotation is confined to the plane of the walls. Calculate the surface density of adsorbed molecules at 12 K if the gas pressure is 103 Pa! What result would you get at 68 K and the same pressure?
Convert (324)𝑓𝑖𝑣𝑒 into base-ten
A grain silo has a height of 8.8m with a 11.4m diameter. If it is filled 0.5% of it's volume, how much grain (m^3) is stored in the silo? (0 decimal places)