the gcf is product of gcf each factor,
gcf(40a³b,24a³b⁵)
= gcf(40,24)•gcf(a³,a³)•gcf(b,b⁵)
= 8a³b
Answer:
w=−112
Step-by-step explanation:
-34=-6+w/4
Simplify both sides of the equation.
−34=−6+
w
/4
−34=−6+
1
/4
w
−34=
1
/4
w−6
Flip the equation.
1
4/
w−6=−34
Add 6 to both sides.
1
/4
w−6+6=−34+6
1
/4
w=−28
Multiply both sides by 4.
w=−112
Answer:
$15600
Step-by-step explanation:
Minimum number of samples can be calculated using the formula:
N≥ where
- N is the sample size
- z is the corresponding z-score for 95% confidence level (1.96)
- s is the standard deviation of the calorie consumption (450 cal.)
- ME is the margin of error that the researcher is willing to accept. (50 cal)
N≥ =311.2
Therefore, minimum required sample size for 50 cal standard error in 95% confidence is 312
Since the survey costs $50 for each person then the survey costs minimum
50*312=$15600
By the table, it seems to be that f = 1/2x
Answer:
im pretty sure its 62
Step-by-step explanation: