help me but it will take me a while to put it up.
|dw:1359747846633:dw|
find the value of x.round to the nearest tenth
@heyy Do you know right triangle trig?
no
@SmokeysTheName
That's where you will need to start. Learn those ratios.
@heyy directrix is helping.
oh yeah those i seen them but can you explain it to me
okay @SmokeysTheName
Look at the chart attached above. sin 33 = the ratio of x to what in your problem? @heyy I knew you had seen them :)
Do you want Smokey to help? I don't want to intrude.
no i want you too
@Directrix
Okay. The sine of an acute angle of a right triangle is the ratio of the side opposite the angle to the hypotenuse of the right triangle. sin 33 = x/? What is the value of the hypotenuse?
14
Right. So, sin 33 = x/14 or x = 14 * (sin 33 degrees) What is sine of 33 degrees? Then, we'll multiply that by 14 and round to the nearest tenth of the value of x.
i dont know what the sin of 33 degrees is
Go to Google and enter sine of 33 degrees and see what value pops up.
0.9999118601
thats what showed up
I don't think so. Look at the attachment. @heyy
You entered sine of 33 which was interpreted as the sine of 33 radians. That is not what we are finding. We're doing sine of 33 DEGREES. @heyy
oh yes sorry
x = 14 * (sin 33 degrees) x = 14 * (.544) x = ---> What is the value of x, @heyy
7.616
thank you @Directrix
@heyy What is 7.616 to the nearest tenth?
7.7
@Directrix
@heyy To the nearest tenth means to look at 7.616 as 7 . 6 1. One is in the hundredths place. Is 1 equal to 5 or greater? No. So, to the nearest tenth, 7.616 is ----> 7 . 6 NOT 7.7
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