Solve the problem.
-The rabbit population in a forest area grows at the rate of $4 \%$ monthly. If there are 190 rabbits in July, find how many rabbits (rounded to the nearest whole number) should be expected by next July. Use $y = 190 ( 2.7 ) ^ { 0.04 t }$
A) 306
B) 246
C) 319
D) 293

Question

Quizplus · Accepted Answer

The correct answer is A.The rabbit population in a forest area grows at the rate of $4 \%$ monthly. If there are 190 rabbits in July, find how many rabbits (rounded to the nearest whole number) should be expected by next July. Use $y = 190 ( 2.7 ) ^ { 0.04 t }$The rabbit population in a forest area grows at the rate of $4 \%$ monthly. If there are 190 rabbits in July, find how many rabbits (rounded to the nearest whole number) should be expected by next July. Use $y = 190 ( 2.7 ) ^ { 0.04 t }$The rabbit population in a forest area grows at the rate of $4 \%$ monthly. If there are 190 rabbits in July, find how many rabbits (rounded to the nearest whole number) should be expected by next July. Use $y = 190 ( 2.7 ) ^ { 0.04 t }$The rabbit population in a forest area grows at the rate of $4 \%$ monthly. If there are 190 rabbits in July, find how many rabbits (rounded to the nearest whole number) should be expected by next July. Use $y = 190 ( 2.7 ) ^ { 0.04 t }$The rabbit population in a forest area grows at the rate of $4 \%$ monthly. If there are 190 rabbits in July, find how many rabbits (rounded to the nearest whole number) should be expected by next July. Use $y = 190 ( 2.7 ) ^ { 0.04 t }$The rabbit population in a forest area grows at the rate of $4 \%$ monthly. If there are 190 rabbits in July, find how many rabbits (rounded to the nearest whole number) should be expected by next July. Use $y = 190 ( 2.7 ) ^ { 0.04 t }$The rabbit population in a forest area grows at the rate of $4 \%$ monthly. If there are 190 rabbits in July, find how many rabbits (rounded to the nearest whole number) should be expected by next July. Use $y = 190 ( 2.7 ) ^ { 0.04 t }$The rabbit population in a forest area grows at the rate of $4 \%$ monthly. If there are 190 rabbits in July, find how many rabbits (rounded to the nearest whole number) should be expected by next July. Use $y = 190 ( 2.7 ) ^ { 0.04 t }$The rabbit population in a forest area grows at the rate of $4 \%$ monthly. If there are 190 rabbits in July, find how many rabbits (rounded to the nearest whole number) should be expected by next July. Use $y = 190 ( 2.7 ) ^ { 0.04 t }$The rabbit population in a forest area grows at the rate of $4 \%$ monthly. If there are 190 rabbits in July, find how many rabbits (rounded to the nearest whole number) should be expected by next July. Use $y = 190 ( 2.7 ) ^ { 0.04 t }$The rabbit population in a forest area grows at the rate of $4 \%$ monthly. If there are 190 rabbits in July, find how many rabbits (rounded to the nearest whole number) should be expected by next July. Use $y = 190 ( 2.7 ) ^ { 0.04 t }$The rabbit population in a forest area grows at the rate of $4 \%$ monthly. If there are 190 rabbits in July, find how many rabbits (rounded to the nearest whole number) should be expected by next July. Use $y = 190 ( 2.7 ) ^ { 0.04 t }$The rabbit population in a forest area grows at the rate of $4 \%$ monthly. If there are 190 rabbits in July, find how many rabbits (rounded to the nearest whole number) should be expected by next July. Use $y = 190 ( 2.7 ) ^ { 0.04 t }$The rabbit population in a forest area grows at the rate of $4 \%$ monthly. If there are 190 rabbits in July, find how many rabbits (rounded to the nearest whole number) should be expected by next July. Use $y = 190 ( 2.7 ) ^ { 0.04 t }$The rabbit population in a forest area grows at the rate of $4 \%$ monthly. If there are 190 rabbits in July, find how many rabbits (rounded to the nearest whole number) should be expected by next July. Use $y = 190 ( 2.7 ) ^ { 0.04 t }$The rabbit population in a forest area grows at the rate of $4 \%$ monthly. If there are 190 rabbits in July, find how many rabbits (rounded to the nearest whole number) should be expected by next July. Use $y = 190 ( 2.7 ) ^ { 0.04 t }$The rabbit population in a forest area grows at the rate of $4 \%$ monthly. If there are 190 rabbits in July, find how many rabbits (rounded to the nearest whole number) should be expected by next July. Use $y = 190 ( 2.7 ) ^ { 0.04 t }$The rabbit population in a forest area grows at the rate of $4 \%$ monthly. If there are 190 rabbits in July, find how many rabbits (rounded to the nearest whole number) should be expected by next July. Use $y = 190 ( 2.7 ) ^ { 0.04 t }$The rabbit population in a forest area grows at the rate of $4 \%$ monthly. If there are 190 rabbits in July, find how many rabbits (rounded to the nearest whole number) should be expected by next July. Use $y = 190 ( 2.7 ) ^ { 0.04 t }$The rabbit population in a forest area grows at the rate of $4 \%$ monthly. If there are 190 rabbits in July, find how many rabbits (rounded to the nearest whole number) should be expected by next July. Use $y = 190 ( 2.7 ) ^ { 0.04 t }$The rabbit population in a forest area grows at the rate of $4 \%$ monthly. If there are 190 rabbits in July, find how many rabbits (rounded to the nearest whole number) should be expected by next July. Use $y = 190 ( 2.7 ) ^ { 0.04 t }$The rabbit population in a forest area grows at the rate of $4 \%$ monthly. If there are 190 rabbits in July, find how many rabbits (rounded to the nearest whole number) should be expected by next July. Use $y = 190 ( 2.7 ) ^ { 0.04 t }$The rabbit population in a forest area grows at the rate of $4 \%$ monthly. If there are 190 rabbits in July, find how many rabbits (rounded to the nearest whole number) should be expected by next July. Use $y = 190 ( 2.7 ) ^ { 0.04 t }$The rabbit population in a forest area grows at the rate of $4 \%$ monthly. If there are 190 rabbits in July, find how many rabbits (rounded to the nearest whole number) should be expected by next July. Use $y = 190 ( 2.7 ) ^ { 0.04 t }$The rabbit population in a forest area grows at the rate of $4 \%$ monthly. If there are 190 rabbits in July, find how many rabbits (rounded to the nearest whole number) should be expected by next July. Use $y = 190 ( 2.7 ) ^ { 0.04 t }$The rabbit population in a forest area grows at the rate of $4 \%$ monthly. If there are 190 rabbits in July, find how many rabbits (rounded to the nearest whole number) should be expected by next July. Use $y = 190 ( 2.7 ) ^ { 0.04 t }$The rabbit population in a forest area grows at the rate of $4 \%$ monthly. If there are 190 rabbits in July, find how many rabbits (rounded to the nearest whole number) should be expected by next July. Use $y = 190 ( 2.7 ) ^ { 0.04 t }$The rabbit population in a forest area grows at the rate of $4 \%$ monthly. If there are 190 rabbits in July, find how many rabbits (rounded to the nearest whole number) should be expected by next July. Use \(y = 190 ( 2.7 ) ^ { 0.0

Solve the Problem 4%4 \%4% Monthly If There Are 190 Rabbits in July, Find How

Solve the Problem $4 \%$ Monthly If There Are 190 Rabbits in July, Find How