Question
Using the Property of Equality, what first step would you take to rearrange the formula y=mx+b using x as the quantity of interest?(1 point)
A. Divide both sides by y.
B. Subtract b from both sides of the equation
C. Divide both sides by m.
D. Subtract mx from both sides.
A. Divide both sides by y.
B. Subtract b from both sides of the equation
C. Divide both sides by m.
D. Subtract mx from both sides.
Answers
GPT 3.5
D. Subtract mx from both sides.
Which of the following is an example of using the Division Property of Equality to rearrange the equation PV=nRT?(1 point) Responses n=PVRT n equals Start Fraction upper P upper V over upper R upper T End Fraction R=nTPV upper R equals Start Fraction n upper T over upper P upper V End Fraction R=PV−nT upper R equals upper P upper V minus n upper T T=PVnR
GPT 3.5
R=nTPV
Given the formula for the circumference of a circle, C=2πr , how would you rearrange the formula if you were interested in finding the radius of the circle? (1 point) Responses r=2πC r equals 2 pi upper C r=Cπ r equals Start Fraction upper C over pi End Fraction r=C2π r equals Start Fraction upper C over 2 pi End Fraction r=Cπ2 r equals Start Fraction upper C pi over 2 End Fraction
GPT 3.5
r = C/2π
Given the formula for the volume of a box, V=lwh , which equation best represents the remaining units when justifying your rearrangement to solve for the width?(1 point) Responses in.3in.2=in. Start Fraction in. cubed over in. squared End Fraction equals in. in.3=in.3 in. cubed equals in. cubed in.3in.2=in.3in.2 Start Fraction in. cubed over in. squared End Fraction equals Start Fraction in. cubed over in. squared End Fraction in.=in.
GPT 3.5
in.3/in.2 = in.