the PDF said 0.0027 G/MM^3 material density, and the material density in soldiworks that he chose was 2700 KG/M^3 . it takes 1000 grams to make a kilogram. so if you move the decimal, it is correct. YOU didnt read it right.and the answer IS 2700.
@@anonymous-mj8wb The answer was 639.16 grams, they were asking for the part mass not the material's density. Though it's indeed shown in the video, just overshadowed by the video suggestions at the end.
@@anonymous-mj8wb Like the dude above me I got 639 g, 2700 is definitely not the answer. Also how is the answer gonna be 2700 if its not even an option lol
your suggested videos at the end are blocking the answer
Pdf plz
2700 is NOT the answer. You just looked at the material's mass, not the object's -_-
the PDF said 0.0027 G/MM^3 material density, and the material density in soldiworks that he chose was 2700 KG/M^3
.
it takes 1000 grams to make a kilogram. so if you move the decimal, it is correct. YOU didnt read it right.and the answer IS 2700.
@@anonymous-mj8wb The answer was 639.16 grams, they were asking for the part mass not the material's density. Though it's indeed shown in the video, just overshadowed by the video suggestions at the end.
@@anonymous-mj8wb Like the dude above me I got 639 g, 2700 is definitely not the answer. Also how is the answer gonna be 2700 if its not even an option lol