Answer:
SAS
Step-by-step explanation:
Answer:
let x be no. of 4-wheel and y be no. of 3-wheel ATVs
so
x+y=17 (each has one set of handlebars)
4*x + 3*y = 61
4*(x)+3*(17-x)=61
x=61-51=10
y=17-10=7
thus x=10 and y=7 and that's your answer
When h=0, that is when it hits the ground
0=70-4t-16t²
based on your previous questions, you should have learned how to complete the square
solve by copmleting the square
minus 70 both sides
-70=-4t-16t²
times both sides by -1
70=4t+16t²
16t²+4t=70
divide both sides by 16
t²+1/4t=35/8
take 1/2 of the linear coefint and square it
half of 1/4=1/8, (1/8)²=1/64
add that to both sides
t²+1/4t+1/64=35/8+1/64
factor perfect square trionomial



square root both sides, remember to take positive and negative roots

minus 1/8


or

the 2nd solution is not valid because that gives us a negative time, before the ball was dropped
so

is the solution
t≈1.97
1.97 seconds
A/B - 90° | C - 42° | D - 48 | E - 132
The answer to that question is B.