3t-2
2
2t +3 - 2 -t
t
3
4
3
Answers
Answer:
3t-2
2
2t +3 - 2 -t
t
3
4
3
Step-by-step explanation:
3t-2
2
2t +3 - 2 -t
t
3
4
3A rocket of mass 10,000kg is set for vertical ring. If the exhaust speed of the gases is 2000m/s, find the rate at which the gas must be ejected to supply the thrust needed. (g=10m/s²)A rocket of mass 10,000kg is set for vertical ring. If the exhaust speed of the gases is 2000m/s, find the rate at which the gas must be ejected to supply the thrust needed. (g=10m/s²)A rocket of mass 10,000kg is set for vertical ring. If the exhaust speed of the gases is 2000m/s, find the rate at which the gas must be ejected to supply the thrust needed. (g=10m/s²)sin square 135+cot square120°-sin square 120°+tan square150°. find the valu by using valu .sin square 135+cot square120°-sin square 120°+tan square150°. find the valu by using valu .sin square 135+cot square120°-sin square 120°+tan square150°. find the valu by using valu .