sat-dog

Which choice completes the text so that it conforms to the conventions of Standard English?

Based on the texts, how would Putirka and Xu (Text 2) most likely characterize the conclusion presented in Text 1?

The graph of $x^2+x+y^2+y=\frac{199}{2}$ in the xy-plane is a circle. What is the length of the circle’s radius?

Which finding about mbaqanga and quan họ, if true, would most directly support Zheng’s claim?

Alan drives an average of 100 miles each week. His car can travel an average of 25 miles per gallon of gasoline. Alan would like to reduce his weekly expenditure on gasoline by $5. Assuming gasoline costs $4 per gallon, which equation can Alan use to determine how many fewer average miles, m, he should drive each week?

Which choice completes the text with the most logical and precise word or phrase?

In the expression above, b and c are positive integers. If the expression is equivalent to and , which of the following could be the value of c ?

A laundry service is buying detergent and fabric softener from its supplier. The supplier will deliver no more than 300 pounds in a shipment. Each container of detergent weighs 7.35  pounds, and each container of fabric softener weighs 6.2 pounds. The service wants to buy at least twice as many containers of detergent as containers of fabric softener. Let d represent the number of containers of detergent, and let s represent the number of containers of fabric softener, where d and s are nonnegative integers. Which of the following systems of inequalities best represents this situation?

Which choice most logically completes the text?

Which choice completes the text so that it conforms to the conventions of Standard English?

Which choice completes the text so that it conforms to the conventions of Standard English?

A sample of oak has a density of $807$ kilograms per cubic meter. The sample is in the shape of a cube, where each edge has a length of $0.90$ meters. To the nearest whole number, what is the mass, in kilograms, of this sample? 

$\sqrt{{\left(x-2\right)}^2}=\sqrt{3x+34}$

What is the smallest solution to the given equation?

Which choice best states the main purpose of the text?

Which choice completes the text so that it conforms to the conventions of Standard English?

A quadratic function models a projectile's height, in meters, above the ground in terms of the time, in seconds, after it was launched. The model estimates that the projectile was launched from an initial height of $7$ meters above the ground and reached a maximum height of $51.1$ meters above the ground $3$ seconds after the launch. How many seconds after the launch does the model estimate that the projectile will return to a height of $7$ meters?

The equation above defines a circle in the xy-plane. What are the coordinates of the center of the circle?

$y=x^2-14x+22$

The given equation relates the variables $x$ and $y$. For what value of $x$ does the value of $y$ reach its minimum?

In the triangle shown, what is the value of $\sin x°$?

A local transit company sells a monthly pass for $95 that allows an unlimited number of trips of any length. Tickets for individual trips cost $1.50, $2.50, or $3.50, depending on the length of the trip. What is the minimum number of trips per month for which a monthly pass could cost less than purchasing individual tickets for trips?

Which choice completes the text with the most logical and precise word or phrase?

How many solutions does the equation $10\left(15x-9\right)=-15\left(6-10x\right)$ have?

Point O is the center of the circle above, and the measure of is . If the length of is 18, what is the length of arc ?

Which choice completes the text so that it conforms to the conventions of Standard English?