Answer:
The line x=6.
Step-by-step explanation:
The usual translations between polar and rectangular coordinates are ...
If we multiply the given equation by cos(θ), we get ...
r·cos(θ) = 6
Using the above translation, this becomes ...
x = 6
Answer:
cubes.
Step-by-step explanation:
17 cbes I think. not 100% tho
Answer:
The answer to your question is 31.4°
Step-by-step explanation:
Data
SR = 54 cm
SQ = 99 cm
RQ = 141 cm
∠QRS = ?
Process
1.- Use the law of cosines to find ∠QRS
cos QRS = (SQ² - RS² - RQ²) / -2(SR)(RQ)
-Substitution
cos QRS = (99² - 54² - 141²) / -2(54)(141)
-Simplification
cos QRS = (9801 - 2916 - 19881) / -15228
cos QRS = -12996 / -15228
cos QRS = 0.85343
2.- Find QRS
∠QRS = 31.4°
Answer: 1.8032 x 10^13
Step-by-step explanation: Move the decimal so there is one non-zero digit to the left of the decimal point. The number of decimal places you move will be the exponent on the ten. If your decimal is being moved to the right, then the exponent will become negative. If your decimal is being moved to the left, then the exponent will become positive.
I hope this helps you out!
Answer:
Equation: 1.50x + 10
34
Amount of rides Dan can go on: 16 rides
Step-by-step explanation:
We can represent this situation using this equation:
1.50x + 10
34
The $10 Dan has to pay as admission is the fixed number because it doesn't vary and always remains the same, so no x goes next to 10.
Each ride costs $1.50 so this is the variable number as it changes with how many rides Dan goes on, therefore an x will go next to 1.50 to represent the amount of rides Dan goes on.
Lastly, Dan has $34 to spare, so the amount spent has to be less than or equal 34.
Solve the equation for x to find the greatest amount of rides Dan can go on:
1.50x + 10
34 Subtract 10 from 34
1.50x
24 Divide 24 by 1.50
x
16
So, Dan has enough money to go on 16 rides or less.
Let's check this answer:
1.50(16) + 10
34 Multiply 1.50 by 16
24 + 10
34 Add 24 and 10
34
34
Hope this helps! Good luck and if you have any questions let me know in the comments!